# CoreX Civil — Full Site Text

Last-Updated: 2026-06-05T22:53:04.808Z
Site: https://core-x-civil.replit.app/

---

URL: https://core-x-civil.replit.app/
Title: CoreX Civil — Hydro-Vac Excavation & Utility Infrastructure Contractors
Description: Hydro-Vac excavation, substation support, right-of-way access, and site preparation built for utility-critical work, delivered for utilities and contractors across New York State.

CoreX Civil: Hydro-Vac Excavation & Utility Infrastructure Contractors.

CoreX Civil is a full-service civil construction company specializing in utility infrastructure and Hydro-Vac excavation. We partner with major utility companies and contractors on substation expansions, new builds, upgrades, right-of-way access, site preparation, and broader civil utility support. Headquartered in Baldwinsville, NY, our crews mobilize to utility infrastructure projects across New York State.

Hydro-Vac Excavation & Utility Infrastructure Contractors
Hydro-Vac excavation, substation support, and site prep for utilities and contractors across the Northeast. Contact our estimating team for detailed, accurate bids and realistic timeline projections.
Hydro-Vac Services
Civil Services
Utility Compliant
Meeting strict standards for major utilities
Safety-Driven Execution
Field-proven crews focused on safe, controlled work
Specialized Fleet
Advanced hydrovac and civil equipment
What we deliver
Hydro-Vac and civil utility work, executed safely and on schedule.
Hydro-Vac Services
Non-destructive hydro vacuum excavation for daylighting utilities, slot trenching, potholing, and safe digging inside substations and other sensitive environments.
Civil Services
Full civil support including site clearing, grading, soil stabilization, access roads, matting, concrete work, and right-of-way construction for utility infrastructure projects.
Specialized Capabilities
Substation expansions, new builds, upgrades, and right-of-way access, supported with safety-first civil and excavation services built for demanding field conditions on utility infrastructure projects across New York State.
Hydro-Vac Services
Non-destructive hydro vacuum excavation for safe daylighting of utilities, soft digging in sensitive areas, slot trenching, and precise potholing. We reduce risk while keeping your work moving.
Learn more about Hydro-Vac
Civil & Site Prep
Full-scale site clearing, grubbing, grading, and soil stabilization. We prep the land so you can build with confidence on a solid, engineered foundation.
Learn more about Civil Services
Ready to break ground?
Contact our estimating team to scope your next utility infrastructure project, anywhere in New York State. We deliver detailed, accurate bids and realistic timeline projections.
Contact Us Today
;
import heroCivil from
;
import heroHydro from
;
import heroHydroBg from
;
import SeoHead from
;
import JsonLd, { buildBreadcrumb } from
;

const homeBreadcrumbJsonLd = buildBreadcrumb([
  { name:
},
]);

export default function Home() {
  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={homeBreadcrumbJsonLd} id=
/>
      {/* Hero Section */}
      <section className=
/>
        <div className=
/> {/* Dark overlay for text readability */}
        
        <div className=
>
            Hydro-Vac Excavation & Utility Infrastructure Contractors
          </h1>
          <p className=
>
            Hydro-Vac excavation, substation support, and site prep for utilities and contractors across the Northeast. Contact our estimating team for detailed, accurate bids and realistic timeline projections.
          </p>
          <div className=
>
            <Button size=
w-full sm:w-auto text-base sm:text-lg h-12 sm:h-14 px-8
>Hydro-Vac Services</Link>
            </Button>
            <Button size=
w-full sm:w-auto text-base sm:text-lg h-12 sm:h-14 px-8 bg-white/10 hover:bg-white/20 text-white border-white/30 backdrop-blur-sm
>Civil Services</Link>
            </Button>
          </div>
        </div>
      </section>
      {/* Trust Bar */}
      <div className=
>
        <div className=
>
          <div className=
>
            <div className=
>
              <Shield className=
>Utility Compliant</h3>
              <p className=
>Meeting strict standards for major utilities</p>
            </div>
            <div className=
>
              <HardHat className=
>Safety-Driven Execution</h3>
              <p className=
>Field-proven crews focused on safe, controlled work</p>
            </div>
            <div className=
>Specialized Fleet</h3>
              <p className=
>Advanced hydrovac and civil equipment</p>
            </div>
          </div>
        </div>
      </div>
      <section className=
>
        <div className=
>
          <div className=
>
            <div>
              <p className=
>What we deliver</p>
              <h2 className=
>Hydro-Vac and civil utility work, executed safely and on schedule.</h2>
            </div>
            <div className=
>Hydro-Vac Services</h3>
              <p className=
>Non-destructive hydro vacuum excavation for daylighting utilities, slot trenching, potholing, and safe digging inside substations and other sensitive environments.</p>
            </div>
            <div className=
>Civil Services</h3>
              <p className=
>Full civil support including site clearing, grading, soil stabilization, access roads, matting, concrete work, and right-of-way construction for utility infrastructure projects.</p>
            </div>
          </div>
        </div>
      </section>
      {/* Services Overview */}
      <section className=
>
        <div className=
>
          <div className=
>Specialized Capabilities</h2>
            <p className=
>
              Substation expansions, new builds, upgrades, and right-of-way access, supported with safety-first civil and excavation services built for demanding field conditions on utility infrastructure projects across New York State.
            </p>
          </div>

          <div className=
>
            <div className=
>
              <div className=
>
                <img src={heroHydro} alt=
w-full h-full object-cover transition-transform duration-500 group-hover:scale-105
>
                  <Pickaxe className=
/> Hydro-Vac Services
                </h3>
                <p className=
>
                  Non-destructive hydro vacuum excavation for safe daylighting of utilities, soft digging in sensitive areas, slot trenching, and precise potholing. We reduce risk while keeping your work moving.
                </p>
                <Button variant=
group-hover:text-primary transition-colors p-0 hover:bg-transparent text-[17px]
>Learn more about Hydro-Vac <ArrowRight className=
/></Link>
                </Button>
              </div>
            </div>

            <div className=
>
              <div className=
style={{ backgroundImage: `url(${heroCivil})` }}
                  />
              </div>
              <div className=
>
                  <Pickaxe className=
/> Civil & Site Prep
                </h3>
                <p className=
>
                  Full-scale site clearing, grubbing, grading, and soil stabilization. We prep the land so you can build with confidence on a solid, engineered foundation.
                </p>
                <Button variant=
group-hover:text-primary transition-colors p-0 hover:bg-transparent text-[17px]
Learn more about Civil Services
py-16 md:py-24 bg-foreground text-background
container mx-auto px-6 md:px-10 lg:px-12 text-center max-w-4xl
text-3xl md:text-5xl font-bold mb-6
text-base md:text-xl mb-10 text-[#cfcfcf]
w-full sm:w-auto h-14 px-8 text-lg

---

URL: https://core-x-civil.replit.app/about
Title: About CoreX Civil
Description: A safety-first utility contractor serving New York State from Baldwinsville, NY.

About CoreX Civil
A safety-first utility contractor serving New York State from Baldwinsville, NY.
Our Focus
We are a full-service civil construction company specializing in utility infrastructure and hydrovac excavation solutions.
With a commitment to safety, precision, and efficiency, we support projects ranging from utility locating to full-scale construction. Our team combines industry expertise with advanced hydrovac technology to deliver non-destructive excavation services that minimize risk, protect existing infrastructure, and maximize productivity.
We partner with major utility companies and contractors on substation expansions, new builds, upgrades, and right-of-way access. Headquartered in Baldwinsville, NY, our crews mobilize to utility infrastructure projects across New York State.
Mission Statement
Our mission is to provide safe, innovative, and dependable civil utility services through expert craftsmanship and cutting-edge hydrovac solutions. We are dedicated to protecting existing infrastructure, exceeding client expectations, and building lasting partnerships by prioritizing integrity, accountability, and continuous improvement in everything we do.
Utility Compliant
CoreX Civil is a safety-first utility infrastructure contractor headquartered in Baldwinsville, NY, delivering Hydro-Vac excavation, substation support, right-of-way access, and civil construction across New York State.
},
]);

export default function About() {
  return (
    <div>
      <SeoHead path=
/>
      <JsonLd data={aboutOrgJsonLd} id=
/>
      <JsonLd data={aboutBreadcrumbJsonLd} id=
/>
      {/* Hero Section */}
      <section className=
style={{ backgroundImage: `url(${heroAbout})` }}
        />
        <div className=
/>
        <div className=
>
            About CoreX Civil
          </h1>
          <p className=
>
            A safety-first utility contractor serving New York State from Baldwinsville, NY.
          </p>
        </div>
      </section>

      <div className=
>
        <div className=
>

        <div className=
>
          <div className=
>Our Focus</h2>
            <p className=
>
              We are a full-service civil construction company specializing in utility infrastructure and hydrovac excavation solutions.
            </p>
            <p>
              With a commitment to safety, precision, and efficiency, we support projects ranging from utility locating to full-scale construction. Our team combines industry expertise with advanced hydrovac technology to deliver non-destructive excavation services that minimize risk, protect existing infrastructure, and maximize productivity.
            </p>
            <p>
              We partner with major utility companies and contractors on substation expansions, new builds, upgrades, and right-of-way access. Headquartered in Baldwinsville, NY, our crews mobilize to utility infrastructure projects across New York State.
            </p>
            
            <h2 className=
>Mission Statement</h2>
            <div className=
>
              <p className=
>
                Our mission is to provide safe, innovative, and dependable civil utility services through expert craftsmanship and cutting-edge hydrovac solutions. We are dedicated to protecting existing infrastructure, exceeding client expectations, and building lasting partnerships by prioritizing integrity, accountability, and continuous improvement in everything we do.
              </p>
            </div>
          </div>
          
          <div className=
>
            <div className=
/>
            </div>
            <div className=
>
              <p className=
>100%</p>
              <p className=

Mission: Provide safe, innovative, and dependable civil utility services through expert craftsmanship and cutting-edge hydrovac solutions. We are dedicated to protecting existing infrastructure, exceeding client expectations, and building lasting partnerships by prioritizing integrity, accountability, and continuous improvement in everything we do.

---

URL: https://core-x-civil.replit.app/hydro-vac
Title: Hydro-Vac Services — CoreX Civil
Description: Safe hydro excavation for utility-critical work, statewide in New York.

Hydro-Vac Services
Safe hydro excavation for utility-critical work.
Non-destructive hydro excavation for utility companies and contractors. From daylighting and soft dig work to slot trenching, catch basin clean outs, substation excavation, and pole holes, we help crews move faster while keeping safety first, across New York State.
View Civil Services
What we do
Hydro excavation built for utility environments.
Non-destructive digging
Expose buried utilities with pressurized water and vacuum recovery instead of mechanical excavation.
Substation-sensitive work
Support energized and high-risk utility sites where control, cleanliness, and precision matter most.
Utility locating support
Daylighting, potholing, and verification work that gives contractors confidence before larger excavation begins.
Hydro-Vac scope
Focused solutions for hydro excavation projects.
This side of the business is centered on safe exposure of existing infrastructure, tight utility corridors, and precision excavation where damage prevention, site control, and crew safety are the priority.
Vac truck performance memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why contractors call us
A cleaner, safer way to excavate around active utilities.
Separate market, clear message
Hydro-Vac is its own discipline.
CoreX Civil supports two related but distinct needs: precision hydro excavation and broader civil utility support. This page is built to speak directly to hydro-vac customers looking for utility exposure, potholing, soft digging, and substation excavation.
Need site access, grading, erosion control, matting, or utility construction support instead? Visit our civil services page for the full contractor service scope.
Explore Civil Services
;
import heroHydro from
;
import RequestServiceDialog from
;
import JsonLd, { buildBreadcrumb } from
;
import SeoHead from
;

const hydroVacBreadcrumbJsonLd = buildBreadcrumb([
  { name:
},
]);

export default function HydroVac() {
  const services = useSiteServices();
  const hydroVacServices = useMemo(
    () => services.filter((service) => service.category ===
),
    [services],
  );
  const hydroVacOptions = useMemo(
    () => hydroVacServices.map((service) => ({ value: service.id, label: service.title })),
    [hydroVacServices],
  );
  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={hydroVacBreadcrumbJsonLd} id=
/>
      <section className=
>
        <div className=
>
          <img src={heroHydro} alt=
h-full w-full object-cover
absolute inset-0 from-black/25 via-black/5 to-transparent bg-[#0000007d]
relative container mx-auto px-6 md:px-10 lg:px-12 py-20 md:py-32 lg:py-40 text-white
>
            <p className=
>
              Hydro-Vac Services
            </p>
            <h1 className=
>
              Safe hydro excavation for utility-critical work.
            </h1>
            <p className=
>
              Non-destructive hydro excavation for utility companies and contractors. From daylighting and soft dig work to slot trenching, catch basin clean outs, substation excavation, and pole holes, we help crews move faster while keeping safety first, across New York State.
            </p>
            <div className=
/>
              <Button size=
w-full sm:w-auto h-14 px-8 text-lg border-white/30 bg-white/10 text-white hover:bg-white/20
>View Civil Services</Link>
              </Button>
            </div>
          </div>
        </div>
      </section>
      <section className=
>
        <div className=
>
          <div className=
>
            <div>
              <p className=
>What we do</p>
              <h2 className=
>Hydro excavation built for utility environments.</h2>
            </div>
            <div className=
>
              <div className=
>
                <Droplets className=
>Non-destructive digging</h3>
                <p className=
>Expose buried utilities with pressurized water and vacuum recovery instead of mechanical excavation.</p>
              </div>
              <div className=
>
                <Zap className=
>Substation-sensitive work</h3>
                <p className=
>Support energized and high-risk utility sites where control, cleanliness, and precision matter most.</p>
              </div>
              <div className=
>
                <MapPin className=
>Utility locating support</h3>
                <p className=
>Daylighting, potholing, and verification work that gives contractors confidence before larger excavation begins.</p>
              </div>
            </div>
          </div>
        </div>
      </section>
      <section className=
>
        <div className=
>
          <div className=
>
            <p className=
>Hydro-Vac scope</p>
            <h2 className=
>Focused solutions for hydro excavation projects.</h2>
            <p className=
>
              This side of the business is centered on safe exposure of existing infrastructure, tight utility corridors, and precision excavation where damage prevention, site control, and crew safety are the priority.
            </p>
          </div>

          <div className=
>
            {hydroVacServices.map((service) => (
              <Link key={service.id} href={`/services/${service.id}`}>
                <Card className=
>
                  <CardHeader>
                    <CardTitle className=
>{service.title}</CardTitle>
                    <CardDescription className=
>
                      {service.shortDescription}
                    </CardDescription>
                  </CardHeader>
                  <CardContent>
                    <div className=
aria-label={`View details for ${service.title}`}>
                      View {service.title} details <ArrowRight className=
/>
                    </div>
                  </CardContent>
                </Card>
              </Link>
            ))}
          </div>

          <Card className=
>
            <CardContent className=
>
              <p className=
>Vac truck performance memo</p>
              <p className=
>
                Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
              </p>
            </CardContent>
          </Card>
        </div>
      </section>
      <section className=
>
        <div className=
>
          <div className=
>
            <div>
              <p className=
>Why contractors call us</p>
              <h2 className=
>A cleaner, safer way to excavate around active utilities.</h2>
              <div className=
,
                ].map((item) => (
                  <div key={item} className=
/>
                    <p className=
>{item}</p>
                  </div>
                ))}
              </div>
            </div>

            <Card className=
>
              <CardContent className=
>
                <p className=
>Separate market, clear message</p>
                <h3 className=
>Hydro-Vac is its own discipline.</h3>
                <p className=
>
                  CoreX Civil supports two related but distinct needs: precision hydro excavation and broader civil utility support. This page is built to speak directly to hydro-vac customers looking for utility exposure, potholing, soft digging, and substation excavation.
                </p>
                <div className=
>
                  <Shovel className=
/>
                  <p className=
>
                    Need site access, grading, erosion control, matting, or utility construction support instead? Visit our civil services page for the full contractor service scope.
                  </p>
                </div>
                <Button size=
Hydro-Vac scope:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

---

URL: https://core-x-civil.replit.app/services
Title: Civil Services — CoreX Civil
Description: Civil support for utility projects: site prep, access & logistics, environmental controls, construction & demolition, and maintenance.

0); return (
Civil Services
Civil support for utility projects.
Civil support for substations, right-of-way work, access improvements, site preparation, environmental controls, and specialized utility construction. Built for contractors and utilities that need dependable support work executed safely and efficiently, anywhere in New York State.
View Hydro-Vac Services
What we do
Civil services that support the larger utility scope.
Site preparation
Clearing, grading, excavation, and stabilization work that prepares utility sites for construction and expansion.
Access solutions
Roads, matting, plates, and temporary crossings that improve access for crews and heavy equipment.
Environmental support
Erosion control, SWPPP implementation, and reclamation measures designed for utility project compliance.
Organized service scope
Find the civil service support you need.
Search by service name, work type, or related keywords to quickly find the right civil capability for your utility project. Services are grouped below so larger scopes remain easy to navigate.
Filter by category
Clear filters
;
import heroCivil from
;
import RequestServiceDialog from
;
import JsonLd, { buildBreadcrumb } from
;
import SeoHead from
;

const servicesBreadcrumbJsonLd = buildBreadcrumb([
  { name:
},
]);

const civilCategoryOrder = [
,
];

const categoryDescriptions: Record<string, string> = {
Groundwork, grading, clearing, and stabilization for utility-focused construction sites.
Targeted civil construction support, concrete work, and specialized removals for utility infrastructure.
Temporary access systems, matting, and crossing solutions for difficult utility corridors and jobsites.
Stormwater, erosion control, and reclamation work that keeps utility projects compliant and protected.
Ongoing support services for substations, utility yards, and active infrastructure environments.
);
  const services = useSiteServices();

  const civilServices = useMemo(
    () => services.filter((service) => service.category !==
),
    [services],
  );
  const civilServiceOptions = useMemo(
    () =>
      civilServices.map((service) => ({
        value: service.id,
        label: service.title,
      })),
    [civilServices],
  );

  const filteredServices = useMemo(() => {
    const query = searchQuery.trim().toLowerCase();

    let result = civilServices;
    if (categoryFilter !==
) {
      result = result.filter((service) => service.category === categoryFilter);
    }
    if (query) {
      result = result.filter((service) =>
        service.title.toLowerCase().includes(query) ||
        service.description.toLowerCase().includes(query) ||
        service.category.toLowerCase().includes(query) ||
        service.keywords.some((keyword) => keyword.toLowerCase().includes(query)),
      );
    }
    return result;
  }, [civilServices, searchQuery, categoryFilter]);

  const groupedResults = useMemo(() => {
    return filteredServices.reduce((acc, service) => {
      if (!acc[service.category]) {
        acc[service.category] = [];
      }
      acc[service.category].push(service);
      return acc;
    }, {} as Record<string, typeof filteredServices>);
  }, [filteredServices]);

  const displayCategories = civilCategoryOrder.filter((category) => groupedResults[category]?.length > 0);

  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={servicesBreadcrumbJsonLd} id=
/>
      <section className=
>
        <div className=
>
          <img src={heroCivil} alt=
h-full w-full object-cover
absolute inset-0 from-black/25 via-black/5 to-transparent bg-[#0000004f]
absolute inset-0 bg-[#0000001f]
relative container mx-auto px-6 md:px-10 lg:px-12 py-20 text-white md:py-28 lg:py-36
>
            <p className=
>
              Civil Services
            </p>
            <h1 className=
>
              Civil support for utility projects.
            </h1>
            <p className=
>
              Civil support for substations, right-of-way work, access improvements, site preparation, environmental controls, and specialized utility construction. Built for contractors and utilities that need dependable support work executed safely and efficiently, anywhere in New York State.
            </p>
            <div className=
asChild
              >
                <Link href=
>View Hydro-Vac Services</Link>
              </Button>
            </div>
          </div>
        </div>
      </section>
      <section className=
>
        <div className=
>
          <div className=
>
            <div>
              <p className=
>What we do</p>
              <h2 className=
>Civil services that support the larger utility scope.</h2>
            </div>
            <div className=
>
              <div className=
>
                <Mountain className=
>Site preparation</h3>
                <p className=
>Clearing, grading, excavation, and stabilization work that prepares utility sites for construction and expansion.</p>
              </div>
              <div className=
>
                <TrafficCone className=
>Access solutions</h3>
                <p className=
>Roads, matting, plates, and temporary crossings that improve access for crews and heavy equipment.</p>
              </div>
              <div className=
>
                <ShieldCheck className=
>Environmental support</h3>
                <p className=
>Erosion control, SWPPP implementation, and reclamation measures designed for utility project compliance.</p>
              </div>
            </div>
          </div>
        </div>
      </section>
      <section className=
>
        <div className=
>
          <div className=
>
            <p className=
>Organized service scope</p>
            <h2 className=
>Find the civil service support you need.</h2>
            <p className=
>
              Search by service name, work type, or related keywords to quickly find the right civil capability for your utility project. Services are grouped below so larger scopes remain easy to navigate.
            </p>
          </div>

          <div className=
>
            <Search className=
/>
          </div>

          <div className=
>
            <p className=
>
              Filter by category
            </p>
            <div className=
, ...civilCategoryOrder].map((category) => {
                const active = categoryFilter === category;
                return (
                  <button
                    key={category}
                    type=
)}`}
                    className={`rounded-full border px-4 py-2 text-sm font-semibold transition-colors ${
                      active
                        ?
}`}
                  >
                    {category}
                  </button>
                );
              })}
            </div>
          </div>

          {displayCategories.length === 0 ? (
            <div className=
>
              <p className=
>
                No civil services found{searchQuery ? ` matching
>
                Clear filters
              </button>
            </div>
          ) : (
            <div className=
>
                  <div className=
>{category}</h2>
                      <p className=
>
                        {categoryDescriptions[category]}
                      </p>
                    </div>
                    <div className=
>
                      <Wrench className=
}
                    </div>
                  </div>

                  <div className=
>
                    {groupedResults[category].map((service) => (
                      <Link key={service.id} href={`/services/${service.id}`}>
                        <Card className=
>
                          <CardHeader className=
>
                            <CardTitle className=
>
                              {service.title}
                            </CardTitle>
                            <CardDescription className=
>
                              {service.shortDescription}
                            </CardDescription>
                          </CardHeader>
                          <CardContent className=
>
                            <div className=
>
                                  {keyword}
                                </span>
                              ))}
                            </div>
                            <div className=
aria-label={`View details for ${service.title}`}>
                              View {service.title} details <ArrowRight className=
Civil services:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

---

URL: https://core-x-civil.replit.app/contact
Title: Contact — CoreX Civil
Description: Contact CoreX Civil for Hydro-Vac excavation, substation support, right-of-way access, and civil utility work in New York State.

Contact Us
Ready to request an estimate or scope a project? Get in touch with our estimating team to scope your next utility infrastructure project, anywhere in the Northeast., We deliver detailed, accurate bids and realistic timeline projects.
Service area
Headquartered in Baldwinsville, NY. We mobilize crews and equipment to utility infrastructure projects across New York State.
Contact Information
Office & Yard
7470 N Hayes Rd
Baldwinsville, NY 13027
Email
Info@CorexCivil.com
Hours of Operation
Monday - Friday: 6:00 AM - 5:00 PM
Send us a Message
Website
First Name
Last Name
Email Address
Phone Number
Location
Reason for Contact
Select all that apply.
Project Details / Message
Submit Request
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

const contactOrgJsonLd = {
customer service
,
  },
};

const contactBreadcrumbJsonLd = buildBreadcrumb([
  { name:
},
]);

const SERVICE_OPTIONS = [
  { value:
Hydro-Vac Services
Civil Services
},
];

export default function Contact() {
  const { toast } = useToast();
  const [selectedServices, setSelectedServices] = useState<string[]>([]);
  const [phone, setPhone] = useState(
);

  const toggleService = (value: string) => {
    setSelectedServices((prev) =>
      prev.includes(value) ? prev.filter((s) => s !== value) : [...prev, value],
    );
  };

  const submitMutation = useSubmitContactForm({
    mutation: {
      onSuccess: () => {
        toast({
          title:
,
        });
      },
    },
  });

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    const form = e.target as HTMLFormElement;
    const fd = new FormData(form);
    if (fd.get(
);
        },
      },
    );
  };

  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={contactOrgJsonLd} id=
/>
      <JsonLd data={contactBreadcrumbJsonLd} id=
/>
      <div className=
>
        <div className=
>
            Contact Us
          </h1>
          <p className=
>Ready to request an estimate or scope a project? Get in touch with our estimating team to scope your next utility infrastructure project, anywhere in the Northeast., We deliver detailed, accurate bids and realistic timeline projects.</p>
        </div>

        <div className=
>
          
          <div className=
>
            <div className=
>
              <p className=
>Service area</p>
              <p className=
>
                Headquartered in Baldwinsville, NY. We mobilize crews and equipment to utility infrastructure projects across New York State.
              </p>
            </div>
            <Card className=
>
              <CardContent className=
>Contact Information</h3>
                  <div className=
>
                    <div className=
>
                      <MapPin className=
/>
                      <div>
                        <p className=
>Office & Yard</p>
                        <p className=
>7470 N Hayes Rd<br/>Baldwinsville, NY 13027</p>
                      </div>
                    </div>
                    <div className=
>
                      <Mail className=
/>
                      <div>
                        <p className=
>Email</p>
                        <a href=
mt-1 text-[#ffffffcc] hover:text-white transition-colors block
pt-8 border-t border-background/20
font-bold text-lg mb-2
bg-card border rounded-xl p-6 md:p-8 shadow-sm
text-2xl font-bold mb-6
>
                <div style={{ display:
>
                  <label htmlFor=
>Website</label>
                  <input id=
/>
                </div>

                <div className=
>
                  <div className=
>
                    <label htmlFor=
text-sm font-semibold
required placeholder=
>
                    <label htmlFor=
text-sm font-semibold
required placeholder=
grid grid-cols-1 md:grid-cols-2 gap-6
>
                    <label htmlFor=
text-sm font-semibold
required placeholder=
>
                    <label htmlFor=
text-sm font-semibold
/>
                  </div>
                </div>

                <div className=
>
                  <label htmlFor=
text-sm font-semibold
>
                  <div>
                    <p className=
>Reason for Contact</p>
                    <p className=
>Select all that apply.</p>
                  </div>
                  <div className=
>
                    {SERVICE_OPTIONS.map((opt) => {
                      const checked = selectedServices.includes(opt.value);
                      return (
                        <label
                          key={opt.value}
                          htmlFor={`service-${opt.value}`}
                          className={`flex items-center gap-3 rounded-md border bg-background px-4 py-3 cursor-pointer transition-colors ${
                            checked ?
text-sm font-medium
>
                  <label htmlFor=
text-sm font-semibold
rows={6} required className=
/>
                </div>

                <Button type=
w-full text-lg h-12

Address: 7470 N Hayes Rd, Baldwinsville, NY 13027

Email: Info@CorexCivil.com

Phone: not publicly listed — please reach out by email or via the contact form.

Hours: Monday - Friday: 6:00 AM - 5:00 PM

24/7 Emergency Dispatch Available

---

URL: https://core-x-civil.replit.app/all-services
Title: All Services | Hydro-Vac, Site Prep, Utilities & More — CoreX Civil
Description: Browse every service CoreX Civil delivers across New York State — Hydro-Vac excavation, site preparation, construction, demolition, access, environmental, and maintenance work.

0); return (
Complete Service Directory
All CoreX Civil Services
Every hydro-vacuum and civil construction service we offer across New York State, in one place. Search by name, work type, or keyword to find the right capability for your utility project.
Filter by category
Clear filters
;
import JsonLd, { buildBreadcrumb } from
;
import SeoHead from
;

const allServicesBreadcrumbJsonLd = buildBreadcrumb([
  { name:
Vacuum Services
Site Preparation
,
];

function detailHref(service: (typeof servicesData)[number]) {
  return `/services/${service.id}`;
}

export default function AllServices() {
  const [searchQuery, setSearchQuery] = useState(
);

  const categories = useMemo(() => {
    const present = Array.from(new Set(servicesData.map((s) => s.category)));
    const ordered = categoryOrder.filter((c) => present.includes(c));
    const extras = present.filter((c) => !categoryOrder.includes(c));
    return [...ordered, ...extras];
  }, []);

  const filteredServices = useMemo(() => {
    const query = searchQuery.trim().toLowerCase();
    let result = servicesData;
    if (categoryFilter !==
) {
      result = result.filter((service) => service.category === categoryFilter);
    }
    if (query) {
      result = result.filter((service) =>
        service.title.toLowerCase().includes(query) ||
        service.description.toLowerCase().includes(query) ||
        service.category.toLowerCase().includes(query) ||
        service.keywords.some((keyword) => keyword.toLowerCase().includes(query)),
      );
    }
    return result;
  }, [searchQuery, categoryFilter]);

  const groupedResults = useMemo(() => {
    return filteredServices.reduce((acc, service) => {
      if (!acc[service.category]) acc[service.category] = [];
      acc[service.category].push(service);
      return acc;
    }, {} as Record<string, typeof filteredServices>);
  }, [filteredServices]);

  const displayCategories = categories.filter((c) => groupedResults[c]?.length > 0);

  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={allServicesBreadcrumbJsonLd} id=
/>

      <section className=
>
        <div className=
>
          <p className=
>
            Complete Service Directory
          </p>
          <h1 className=
>
            All CoreX Civil Services
          </h1>
          <p className=
>
            Every hydro-vacuum and civil construction service we offer across New York State, in one place. Search by name, work type, or keyword to find the right capability for your utility project.
          </p>

          <div className=
>
            <Search className=
/>
          </div>

          <div className=
>
            <p className=
>
              Filter by category
            </p>
            <div className=
, ...categories].map((category) => {
                const active = categoryFilter === category;
                return (
                  <button
                    key={category}
                    type=
)}`}
                    className={`rounded-full border px-4 py-2 text-sm font-semibold transition-colors ${
                      active
                        ?
}`}
                  >
                    {category}
                  </button>
                );
              })}
            </div>
          </div>
        </div>
      </section>

      <section className=
>
        <div className=
>
          {displayCategories.length === 0 ? (
            <div className=
>
              <p className=
>
                No services found{searchQuery ? ` matching
>
                Clear filters
              </button>
            </div>
          ) : (
            <div className=
>
              {displayCategories.map((category) => (
                <section key={category}>
                  <div className=
>{category}</h2>
                    <div className=
}
                    </div>
                  </div>

                  <div className=
>
                    {groupedResults[category].map((service) => (
                      <Link key={service.id} href={detailHref(service)}>
                        <Card className=
>
                          <CardHeader className=
>
                            <CardTitle className=
>
                              {service.title}
                            </CardTitle>
                            <CardDescription className=
>
                              {service.shortDescription}
                            </CardDescription>
                          </CardHeader>
                          <CardContent className=
>
                            <div className=
>
                                  {keyword}
                                </span>
                              ))}
                            </div>
                            <div className=
aria-label={`View details for ${service.title}`}>
                              View {service.title} details <ArrowRight className=

---

URL: https://core-x-civil.replit.app/careers
Title: Careers at CoreX Civil | Join Our New York Hydro-Vac & Civil Team
Description: Build your career with CoreX Civil — a safety-first Hydro-Vac and civil construction contractor in New York State. Explore current opportunities and reach out today.

Careers at CoreX Civil
Build a career in utility construction.
CoreX Civil hires skilled operators, laborers, and project staff to support hydro-vacuum excavation and civil construction work across New York State.
No positions available at this time
We are not actively hiring right now. Please check back soon, or reach out and tell us about your experience. We keep qualified candidates on file for upcoming opportunities.
Contact Us
Email Info@CorexCivil.com
;
import JsonLd, { buildBreadcrumb } from
;
import SeoHead from
;

const careersBreadcrumbJsonLd = buildBreadcrumb([
  { name:
},
]);

export default function Careers() {
  return (
    <div className=
>
      <SeoHead path=
/>
      <JsonLd data={careersBreadcrumbJsonLd} id=
/>

      <section className=
>
        <div className=
>
          <p className=
>
            Careers at CoreX Civil
          </p>
          <h1 className=
>
            Build a career in utility construction.
          </h1>
          <p className=
>
            CoreX Civil hires skilled operators, laborers, and project staff to support hydro-vacuum excavation and civil construction work across New York State.
          </p>
        </div>
      </section>

      <section className=
>
        <div className=
>
          <div className=
>
            <div className=
>
              <Briefcase className=
>
              No positions available at this time
            </h2>
            <p className=
>
              We are not actively hiring right now. Please check back soon, or reach out and tell us about your experience. We keep qualified candidates on file for upcoming opportunities.
            </p>
            <div className=
>
              <Button asChild className=
>
                <Link href=
>
                  <Mail className=
/>
                  Contact Us
                </Link>
              </Button>
              <Button asChild variant=

---

URL: https://core-x-civil.replit.app/sitemap
Title: Site Map — CoreX Civil
Description: Browse every public page on the CoreX Civil website, grouped by section — services, service areas, and service-by-region pages.

Site Map
/sitemap.xml
Loading site map...
We couldn't load the site map. Please try again later.
No pages in this section yet.
;
import JsonLd, { SITE_ORIGIN, buildBreadcrumb } from
;

const PAGE_TITLE =
;
const PAGE_DESCRIPTION =
;

function useSitemapHead() {
  useEffect(() => {
    const prevTitle = document.title;
    document.title = PAGE_TITLE;

    const tags: HTMLElement[] = [];

    const addOrUpdateMeta = (name: string, content: string) => {
      let el = document.head.querySelector<HTMLMetaElement>(
        `meta[name=
]`,
      );
      const created = !el;
      if (!el) {
        el = document.createElement(
, content);
      if (created) tags.push(el);
    };

    const addLink = (rel: string, href: string, type?: string) => {
      const el = document.createElement(
},
]);

export default function Sitemap() {
  useSitemapHead();
  const { data, isLoading, isError } = useGetPublicSitemap();

  // Group pages within each section by their `parent` field, mirroring the
  // admin Site Map tab. Sections without parents render as a flat list.
  const groupedSections = (data?.groups ?? []).map((group) => {
    const withParent = group.pages.filter((p) => p.parent);
    const parents = Array.from(new Set(withParent.map((p) => p.parent!)));
    const byParent = parents.map((parent) => ({
      parent,
      pages: group.pages.filter((p) => p.parent === parent),
    }));
    const orphans = group.pages.filter((p) => !p.parent);
    return { group, byParent, orphans };
  });

  return (
    <div>
      <JsonLd data={breadcrumbJsonLd} id=
/>
      <section className=
>
        <div className=
>
            Site Map
          </h1>
          <p className=
>
            Every public page on the CoreX Civil website, grouped by section.
            Looking for the machine-readable version? See{
>
              /sitemap.xml
            </a>
            .
          </p>
        </div>
      </section>

      <div className=
>
        {isLoading && (
          <p className=
>
            Loading site map...
          </p>
        )}
        {isError && (
          <p className=
>
            We couldn't load the site map. Please try again later.
          </p>
        )}
        {data && data.totalPages > 0 && (
          <p className=
>
            {data.totalPages} pages across {data.groups.length} sections.
          </p>
        )}

        {groupedSections.map(({ group, byParent, orphans }) => (
          <Card key={group.id} data-testid={`sitemap-section-${group.id}`}>
            <CardHeader>
              <div className=
>
                <CardTitle className=
>{group.label}</CardTitle>
                <Badge variant=
>{group.pages.length}</Badge>
              </div>
              {group.description && (
                <p className=
>{group.description}</p>
              )}
            </CardHeader>
            <CardContent className=
>
              {orphans.length > 0 && (
                <ul className=
>
                  {orphans.map((page) => {
                    const internal = toInternalPath(page.url, page.path);
                    return (
                      <li key={page.path} data-testid={`sitemap-link-${page.path}`}>
                        <a
                          href={internal}
                          className=
>
                          {page.title}
                        </a>
                        {page.metaDescription && (
                          <p className=
>
                            {page.metaDescription}
                          </p>
                        )}
                      </li>
                    );
                  })}
                </ul>
              )}

              {byParent.map(({ parent, pages }) => (
                <div key={parent} data-testid={`sitemap-subgroup-${group.id}-${parent}`}>
                  <h3 className=
>
                    {parent}
                  </h3>
                  <ul className=
>
                    {pages.map((page) => {
                      const internal = toInternalPath(page.url, page.path);
                      return (
                        <li key={page.path} data-testid={`sitemap-link-${page.path}`}>
                          <a
                            href={internal}
                            className=
>
                            {page.title}
                          </a>
                          {page.metaDescription && (
                            <p className=
>
                              {page.metaDescription}
                            </p>
                          )}
                        </li>
                      );
                    })}
                  </ul>
                </div>
              ))}

              {group.pages.length === 0 && (
                <p className=

---

URL: https://core-x-civil.replit.app/services/hydro-vac
Title: Hydro Vacuum Excavation — CoreX Civil
Description: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Category: Vacuum Services

Overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/soft-dig
Title: Soft Dig Application — CoreX Civil
Description: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Category: Vacuum Services

Overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/electric-substation
Title: Electric Substation Excavation — CoreX Civil
Description: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Category: Vacuum Services

Overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Related capabilities: substation, electrical, high voltage, power grid.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/test-holes
Title: Test Holes (Potholing) — CoreX Civil
Description: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Category: Vacuum Services

Overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Related capabilities: potholing, daylighting, test pits, utility verification.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/slot-trenching
Title: Slot Trenching — CoreX Civil
Description: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Category: Vacuum Services

Overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs — CoreX Civil
Description: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Category: Vacuum Services

Overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/utility-pole-holes
Title: Utility Pole Holes — CoreX Civil
Description: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Category: Vacuum Services

Overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Related capabilities: pole holes, utility poles, augering, drilling.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/piers-foundations
Title: Piers & Foundations — CoreX Civil
Description: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Category: Vacuum Services

Overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Related capabilities: piers, foundations, structural support, deep excavation.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/clearing-grubbing
Title: Site Clearing and Grubbing — CoreX Civil
Description: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Category: Site Preparation

Overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/grading-excavation
Title: Grading & Excavation — CoreX Civil
Description: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Category: Site Preparation

Overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/soil-stabilization
Title: Soil Stabilization — CoreX Civil
Description: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Category: Site Preparation

Overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/erosion-control
Title: Erosion Control & Seeding — CoreX Civil
Description: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Category: Environmental

Overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/swppp
Title: SWPPP Implementation — CoreX Civil
Description: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Category: Environmental

Overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/environmental-reclamation
Title: Environmental Reclamation — CoreX Civil
Description: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Category: Environmental

Overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/access-roads
Title: Access Roads Construction — CoreX Civil
Description: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Category: Access & Logistics

Overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Related capabilities: access roads, temporary roads, equipment access, right of way.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways — CoreX Civil
Description: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Category: Access & Logistics

Overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/steel-plates-bridges
Title: Steel Plates & Bridges — CoreX Civil
Description: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Category: Access & Logistics

Overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/concrete
Title: Concrete Services — CoreX Civil
Description: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Category: Construction & Demolition

Overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/tower-demolition
Title: Tower & Structure Demolition — CoreX Civil
Description: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Category: Construction & Demolition

Overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Related capabilities: demolition, teardown, tower removal, dismantling.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) — CoreX Civil
Description: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Category: Construction & Demolition

Overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Related capabilities: pole pulls, utility poles, extraction, removal.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/services/facility-maintenance
Title: Facility Maintenance — CoreX Civil
Description: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Category: Maintenance

Overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

Service Not Found
We couldn't find the service you're looking for.
Back to Services
Back to All Services
Overview
Vac Truck Performance Memo
Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
Why Choose CoreX Civil?
Highly trained, union-affiliated workforce
State-of-the-art specialized equipment
Safety-first planning and field execution
Proven track record of on-time delivery
Related Capabilities
Request an Estimate
First Name
Last Name
Email Address
Phone Number
Location
Project Details
Submit Request
;
import heroCivil from
;
import heroHydro from
;
import JsonLd, { ORGANIZATION_NODE, SITE_ORIGIN, buildBreadcrumb } from
;
import SeoHead from
;

export default function ServiceDetail() {
  const { id } = useParams();
  const [phone, setPhone] = useState(
);
  const { toast } = useToast();
  
  const services = useSiteServices();
  const service = services.find(s => s.id === id);

  if (!service) {
    return (
      <div className=
>Service Not Found</h1>
        <p className=
>We couldn't find the service you're looking for.</p>
        <Button asChild>
          <Link href=
>Back to Services</Link>
        </Button>
      </div>
    );
  }

  // Pick an image based on category for placeholder purposes
  const isCivil = service.category ===
;
  const isVacuumService = service.category ===
;
  const heroImage = isCivil ? heroCivil : heroHydro;

  const handleSubmit = (e: React.FormEvent) => {
    e.preventDefault();
    toast({
      title:
,
    });
    (e.target as HTMLFormElement).reset();
  };

  const serviceUrl = `${SITE_ORIGIN}/services/${service.id}`;
  const serviceJsonLd = {
,
    name: service.title,
    serviceType: service.category,
    description: service.description,
    url: serviceUrl,
    provider: ORGANIZATION_NODE,
    areaServed: ORGANIZATION_NODE.areaServed,
  };
  const breadcrumbJsonLd = buildBreadcrumb([
    { name:
},
    { name: service.title, path: `/services/${service.id}` },
  ]);

  return (
    <div>
      <SeoHead
        title={`${service.title} in New York State | CoreX Civil`}
        description={service.description}
        path={`/services/${service.id}`}
      />
      <JsonLd data={serviceJsonLd} id={`jsonld-service-${service.id}`} />
      <JsonLd data={breadcrumbJsonLd} id={`jsonld-breadcrumb-${service.id}`} />
      {/* Service Hero */}
      <section className=
)` }}
        />
        <div className=
/>
        
        <div className=
>
          <p className=
>
            {service.title}
          </h1>
        </div>
      </section>

      {/* Main Content */}
      <section className=
>
        <div className=
>
          <Button variant=
>
              <ArrowLeft className=
/> Back to All Services
            </Link>
          </Button>

          <div className=
>
            <div className=
>Overview</h2>
              <p className=
>
                {service.description}
              </p>

              {isVacuumService && (
                <div className=
>Vac Truck Performance Memo</h3>
                  <p className=
>
                    Our trucks come standard with powerful 690,000 BTU boilers, engineered to cut through frozen ground with ease and deliver dependable performance, no matter the time of year.
                  </p>
                </div>
              )}

              <div className=
>Why Choose CoreX Civil?</h3>
                <ul className=
>
                  <li className=
/>
                    <span className=
>Highly trained, union-affiliated workforce</span>
                  </li>
                  <li className=
/>
                    <span className=
>State-of-the-art specialized equipment</span>
                  </li>
                  <li className=
/>
                    <span className=
>Safety-first planning and field execution</span>
                  </li>
                  <li className=
/>
                    <span className=
>Proven track record of on-time delivery</span>
                  </li>
                </ul>
              </div>

              <h3 className=
>Related Capabilities</h3>
              <div className=
>
                {service.keywords.map(keyword => (
                  <span key={keyword} className=
>
                    {keyword}
                  </span>
                ))}
              </div>
            </div>

            {/* Sticky Form Form */}
            <div className=
>
              <div className=
>
                <Card className=
>
                  <CardContent className=
>Request an Estimate</h3>
                    <p className=
>
                      Interested in our {service.title} services? Fill out the form below and we'll get back to you.
                    </p>
                    <form onSubmit={handleSubmit} className=
>
                      <div className=
>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                        <div className=
>
                          <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                        </div>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
required placeholder=
/>
                      </div>
                      
                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
value={phone}
                          onChange={(e) => setPhone(formatPhone(e.target.value))}
                        />
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
/>
                      </div>

                      <div className=
>
                        <label htmlFor=
text-sm font-semibold
placeholder={`Details regarding your ${service.title.toLowerCase()} needs...`} 
                        />
                      </div>

                      <Button type=
w-full h-12 text-lg mt-2

---

URL: https://core-x-civil.replit.app/locations/syracuse-central-ny
Title: Syracuse & Central New York — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor based in Baldwinsville serving Syracuse, Auburn, Oswego, and the rest of Central New York.

Service area: Central New York (Syracuse & Central New York).
CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.
Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.
Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

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URL: https://core-x-civil.replit.app/locations/capital-region
Title: Albany & the Capital Region — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac and civil utility contractor serving Albany, Schenectady, Troy, Saratoga Springs, and the Capital Region of New York.

Service area: Capital Region (Albany & the Capital Region).
CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.
Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.
Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

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URL: https://core-x-civil.replit.app/locations/finger-lakes
Title: The Finger Lakes Region — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor covering Rochester, Geneva, Ithaca, and the Finger Lakes region of New York.

Service area: Finger Lakes Region (The Finger Lakes Region).
From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.
Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.
Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

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URL: https://core-x-civil.replit.app/locations/hudson-valley
Title: The Hudson Valley — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor serving Poughkeepsie, Newburgh, Kingston, and the Hudson Valley region of New York.

Service area: Hudson Valley (The Hudson Valley).
CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.
Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.
Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

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URL: https://core-x-civil.replit.app/locations/western-ny
Title: Buffalo & Western New York — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor serving Buffalo, Niagara Falls, and Western New York.

Service area: Western New York (Buffalo & Western New York).
CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.
Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.
Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

---

URL: https://core-x-civil.replit.app/locations/mohawk-valley
Title: Utica & the Mohawk Valley — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor serving Utica, Rome, and the Mohawk Valley region of New York.

Service area: Mohawk Valley (Utica & the Mohawk Valley).
CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.
Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.
Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

---

URL: https://core-x-civil.replit.app/locations/southern-tier
Title: The Southern Tier — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor serving Binghamton, Elmira, Corning, and the Southern Tier of New York.

Service area: Southern Tier, NY (The Southern Tier).
CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.
Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.
Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

---

URL: https://core-x-civil.replit.app/locations/north-country
Title: The North Country — Hydro-Vac & Civil Contractor | CoreX Civil
Description: Hydro-vac excavation and civil utility contractor serving Watertown, Plattsburgh, Massena, and the North Country of New York.

Service area: North Country, NY (The North Country).
CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.
Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.
Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.
Hydro-Vac services available here:
- Hydro Vacuum Excavation: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.
- Soft Dig Application: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.
- Electric Substation Excavation: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.
- Test Holes (Potholing): Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.
- Slot Trenching: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.
- Catch Basin Clean Outs: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.
- Utility Pole Holes: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.
- Piers & Foundations: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.
Civil services available here:
- Site Clearing and Grubbing (Site Preparation): Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.
- Grading & Excavation (Site Preparation): Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.
- Soil Stabilization (Site Preparation): Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.
- Erosion Control & Seeding (Environmental): Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.
- SWPPP Implementation (Environmental): A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.
- Environmental Reclamation (Environmental): Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.
- Access Roads Construction (Access & Logistics): Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.
- Heavy Haul Mats & Pathways (Access & Logistics): Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.
- Steel Plates & Bridges (Access & Logistics): Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.
- Concrete Services (Construction & Demolition): Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.
- Tower & Structure Demolition (Construction & Demolition): Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.
- Utility Pole Construction (Pole Pulls) (Construction & Demolition): Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.
- Facility Maintenance (Maintenance): Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/hydro-vac
Title: Hydro Vacuum Excavation in Syracuse & Central New York — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Central New York. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/soft-dig
Title: Soft Dig Application in Syracuse & Central New York — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Central New York. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/electric-substation
Title: Electric Substation Excavation in Syracuse & Central New York — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Central New York. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/test-holes
Title: Test Holes (Potholing) in Syracuse & Central New York — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Central New York. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/slot-trenching
Title: Slot Trenching in Syracuse & Central New York — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Central New York. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in Syracuse & Central New York — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Central New York. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/utility-pole-holes
Title: Utility Pole Holes in Syracuse & Central New York — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Central New York. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/piers-foundations
Title: Piers & Foundations in Syracuse & Central New York — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Central New York. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/clearing-grubbing
Title: Site Clearing and Grubbing in Syracuse & Central New York — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Central New York. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/grading-excavation
Title: Grading & Excavation in Syracuse & Central New York — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Central New York. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/soil-stabilization
Title: Soil Stabilization in Syracuse & Central New York — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Central New York. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/erosion-control
Title: Erosion Control & Seeding in Syracuse & Central New York — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Central New York. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/swppp
Title: SWPPP Implementation in Syracuse & Central New York — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Central New York. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/environmental-reclamation
Title: Environmental Reclamation in Syracuse & Central New York — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Central New York. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/access-roads
Title: Access Roads Construction in Syracuse & Central New York — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Central New York. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in Syracuse & Central New York — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Central New York. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/steel-plates-bridges
Title: Steel Plates & Bridges in Syracuse & Central New York — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Central New York. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/concrete
Title: Concrete Services in Syracuse & Central New York — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Central New York. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/tower-demolition
Title: Tower & Structure Demolition in Syracuse & Central New York — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Central New York. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in Syracuse & Central New York — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Central New York. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/syracuse-central-ny/services/facility-maintenance
Title: Facility Maintenance in Syracuse & Central New York — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Central New York. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Central New York (Syracuse & Central New York).

Region overview: CoreX Civil is headquartered in Baldwinsville, NY, so Central New York is our home territory. Crews dispatch daily across Onondaga, Oswego, Cayuga, Madison, and Cortland counties for hydro-vac excavation, substation support, and right-of-way civil work.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Syracuse, Auburn, Oswego, Cortland, Fulton, Baldwinsville.

Counties covered: Onondaga County, Oswego County, Cayuga County, Madison County, Cortland County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/hydro-vac
Title: Hydro Vacuum Excavation in Albany & the Capital Region — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Capital Region. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/soft-dig
Title: Soft Dig Application in Albany & the Capital Region — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Capital Region. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/electric-substation
Title: Electric Substation Excavation in Albany & the Capital Region — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Capital Region. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/test-holes
Title: Test Holes (Potholing) in Albany & the Capital Region — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Capital Region. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/slot-trenching
Title: Slot Trenching in Albany & the Capital Region — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Capital Region. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in Albany & the Capital Region — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Capital Region. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/utility-pole-holes
Title: Utility Pole Holes in Albany & the Capital Region — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Capital Region. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/piers-foundations
Title: Piers & Foundations in Albany & the Capital Region — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Capital Region. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/clearing-grubbing
Title: Site Clearing and Grubbing in Albany & the Capital Region — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Capital Region. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/grading-excavation
Title: Grading & Excavation in Albany & the Capital Region — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Capital Region. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/soil-stabilization
Title: Soil Stabilization in Albany & the Capital Region — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Capital Region. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/erosion-control
Title: Erosion Control & Seeding in Albany & the Capital Region — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Capital Region. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/swppp
Title: SWPPP Implementation in Albany & the Capital Region — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Capital Region. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/environmental-reclamation
Title: Environmental Reclamation in Albany & the Capital Region — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Capital Region. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/access-roads
Title: Access Roads Construction in Albany & the Capital Region — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Capital Region. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in Albany & the Capital Region — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Capital Region. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/steel-plates-bridges
Title: Steel Plates & Bridges in Albany & the Capital Region — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Capital Region. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/concrete
Title: Concrete Services in Albany & the Capital Region — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Capital Region. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/tower-demolition
Title: Tower & Structure Demolition in Albany & the Capital Region — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Capital Region. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in Albany & the Capital Region — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Capital Region. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/capital-region/services/facility-maintenance
Title: Facility Maintenance in Albany & the Capital Region — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Capital Region. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Capital Region (Albany & the Capital Region).

Region overview: CoreX Civil supports utility owners and EPC contractors across the Capital Region with hydro-vac excavation, substation civil scope, and access work in Albany, Schenectady, Rensselaer, and Saratoga counties.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Albany, Schenectady, Troy, Saratoga Springs, Clifton Park.

Counties covered: Albany County, Schenectady County, Rensselaer County, Saratoga County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/hydro-vac
Title: Hydro Vacuum Excavation in The Finger Lakes Region — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Finger Lakes Region. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/soft-dig
Title: Soft Dig Application in The Finger Lakes Region — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Finger Lakes Region. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/electric-substation
Title: Electric Substation Excavation in The Finger Lakes Region — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Finger Lakes Region. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/test-holes
Title: Test Holes (Potholing) in The Finger Lakes Region — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Finger Lakes Region. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/slot-trenching
Title: Slot Trenching in The Finger Lakes Region — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Finger Lakes Region. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in The Finger Lakes Region — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Finger Lakes Region. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/utility-pole-holes
Title: Utility Pole Holes in The Finger Lakes Region — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Finger Lakes Region. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/piers-foundations
Title: Piers & Foundations in The Finger Lakes Region — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Finger Lakes Region. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/clearing-grubbing
Title: Site Clearing and Grubbing in The Finger Lakes Region — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Finger Lakes Region. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/grading-excavation
Title: Grading & Excavation in The Finger Lakes Region — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Finger Lakes Region. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/soil-stabilization
Title: Soil Stabilization in The Finger Lakes Region — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Finger Lakes Region. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/erosion-control
Title: Erosion Control & Seeding in The Finger Lakes Region — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Finger Lakes Region. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/swppp
Title: SWPPP Implementation in The Finger Lakes Region — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Finger Lakes Region. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/environmental-reclamation
Title: Environmental Reclamation in The Finger Lakes Region — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Finger Lakes Region. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/access-roads
Title: Access Roads Construction in The Finger Lakes Region — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Finger Lakes Region. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in The Finger Lakes Region — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Finger Lakes Region. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/steel-plates-bridges
Title: Steel Plates & Bridges in The Finger Lakes Region — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Finger Lakes Region. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/concrete
Title: Concrete Services in The Finger Lakes Region — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Finger Lakes Region. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/tower-demolition
Title: Tower & Structure Demolition in The Finger Lakes Region — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Finger Lakes Region. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in The Finger Lakes Region — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Finger Lakes Region. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/finger-lakes/services/facility-maintenance
Title: Facility Maintenance in The Finger Lakes Region — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Finger Lakes Region. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Finger Lakes Region (The Finger Lakes Region).

Region overview: From Rochester through Geneva, Canandaigua, and Ithaca, CoreX Civil delivers hydro-vac excavation and civil utility services across the Finger Lakes — including substation pad work, pole holes, and right-of-way access.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Rochester, Geneva, Ithaca, Canandaigua, Auburn.

Counties covered: Monroe County, Ontario County, Seneca County, Yates County, Tompkins County, Wayne County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/hydro-vac
Title: Hydro Vacuum Excavation in The Hudson Valley — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Hudson Valley. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/soft-dig
Title: Soft Dig Application in The Hudson Valley — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Hudson Valley. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/electric-substation
Title: Electric Substation Excavation in The Hudson Valley — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Hudson Valley. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/test-holes
Title: Test Holes (Potholing) in The Hudson Valley — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Hudson Valley. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/slot-trenching
Title: Slot Trenching in The Hudson Valley — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Hudson Valley. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in The Hudson Valley — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Hudson Valley. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/utility-pole-holes
Title: Utility Pole Holes in The Hudson Valley — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Hudson Valley. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/piers-foundations
Title: Piers & Foundations in The Hudson Valley — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Hudson Valley. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/clearing-grubbing
Title: Site Clearing and Grubbing in The Hudson Valley — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Hudson Valley. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/grading-excavation
Title: Grading & Excavation in The Hudson Valley — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Hudson Valley. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/soil-stabilization
Title: Soil Stabilization in The Hudson Valley — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Hudson Valley. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/erosion-control
Title: Erosion Control & Seeding in The Hudson Valley — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Hudson Valley. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/swppp
Title: SWPPP Implementation in The Hudson Valley — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Hudson Valley. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/environmental-reclamation
Title: Environmental Reclamation in The Hudson Valley — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Hudson Valley. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/access-roads
Title: Access Roads Construction in The Hudson Valley — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Hudson Valley. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in The Hudson Valley — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Hudson Valley. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/steel-plates-bridges
Title: Steel Plates & Bridges in The Hudson Valley — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Hudson Valley. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/concrete
Title: Concrete Services in The Hudson Valley — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Hudson Valley. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/tower-demolition
Title: Tower & Structure Demolition in The Hudson Valley — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Hudson Valley. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in The Hudson Valley — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Hudson Valley. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/hudson-valley/services/facility-maintenance
Title: Facility Maintenance in The Hudson Valley — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Hudson Valley. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Hudson Valley (The Hudson Valley).

Region overview: CoreX Civil mobilizes into the Hudson Valley for utility-grade hydro-vac excavation, substation civil scope, and matted access work across Dutchess, Ulster, Orange, Putnam, and Sullivan counties.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Poughkeepsie, Newburgh, Kingston, Middletown, Beacon.

Counties covered: Dutchess County, Ulster County, Orange County, Putnam County, Sullivan County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/hydro-vac
Title: Hydro Vacuum Excavation in Buffalo & Western New York — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Western New York. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/soft-dig
Title: Soft Dig Application in Buffalo & Western New York — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Western New York. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/electric-substation
Title: Electric Substation Excavation in Buffalo & Western New York — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Western New York. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/test-holes
Title: Test Holes (Potholing) in Buffalo & Western New York — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Western New York. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/slot-trenching
Title: Slot Trenching in Buffalo & Western New York — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Western New York. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in Buffalo & Western New York — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Western New York. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/utility-pole-holes
Title: Utility Pole Holes in Buffalo & Western New York — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Western New York. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/piers-foundations
Title: Piers & Foundations in Buffalo & Western New York — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Western New York. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/clearing-grubbing
Title: Site Clearing and Grubbing in Buffalo & Western New York — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Western New York. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/grading-excavation
Title: Grading & Excavation in Buffalo & Western New York — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Western New York. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/soil-stabilization
Title: Soil Stabilization in Buffalo & Western New York — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Western New York. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/erosion-control
Title: Erosion Control & Seeding in Buffalo & Western New York — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Western New York. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/swppp
Title: SWPPP Implementation in Buffalo & Western New York — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Western New York. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/environmental-reclamation
Title: Environmental Reclamation in Buffalo & Western New York — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Western New York. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/access-roads
Title: Access Roads Construction in Buffalo & Western New York — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Western New York. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in Buffalo & Western New York — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Western New York. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/steel-plates-bridges
Title: Steel Plates & Bridges in Buffalo & Western New York — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Western New York. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/concrete
Title: Concrete Services in Buffalo & Western New York — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Western New York. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/tower-demolition
Title: Tower & Structure Demolition in Buffalo & Western New York — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Western New York. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in Buffalo & Western New York — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Western New York. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/western-ny/services/facility-maintenance
Title: Facility Maintenance in Buffalo & Western New York — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Western New York. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Western New York (Buffalo & Western New York).

Region overview: CoreX Civil supports Western New York utility and pipeline work from Buffalo and Niagara Falls down through the Southern Tier — hydro-vac excavation, mats, access roads, and substation civil scope.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Buffalo, Niagara Falls, Jamestown, Lockport, Olean.

Counties covered: Erie County, Niagara County, Chautauqua County, Cattaraugus County, Allegany County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/hydro-vac
Title: Hydro Vacuum Excavation in Utica & the Mohawk Valley — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Mohawk Valley. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/soft-dig
Title: Soft Dig Application in Utica & the Mohawk Valley — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Mohawk Valley. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/electric-substation
Title: Electric Substation Excavation in Utica & the Mohawk Valley — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Mohawk Valley. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/test-holes
Title: Test Holes (Potholing) in Utica & the Mohawk Valley — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Mohawk Valley. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/slot-trenching
Title: Slot Trenching in Utica & the Mohawk Valley — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Mohawk Valley. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in Utica & the Mohawk Valley — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Mohawk Valley. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/utility-pole-holes
Title: Utility Pole Holes in Utica & the Mohawk Valley — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Mohawk Valley. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/piers-foundations
Title: Piers & Foundations in Utica & the Mohawk Valley — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Mohawk Valley. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/clearing-grubbing
Title: Site Clearing and Grubbing in Utica & the Mohawk Valley — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Mohawk Valley. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/grading-excavation
Title: Grading & Excavation in Utica & the Mohawk Valley — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Mohawk Valley. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/soil-stabilization
Title: Soil Stabilization in Utica & the Mohawk Valley — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Mohawk Valley. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/erosion-control
Title: Erosion Control & Seeding in Utica & the Mohawk Valley — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Mohawk Valley. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/swppp
Title: SWPPP Implementation in Utica & the Mohawk Valley — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Mohawk Valley. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/environmental-reclamation
Title: Environmental Reclamation in Utica & the Mohawk Valley — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Mohawk Valley. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/access-roads
Title: Access Roads Construction in Utica & the Mohawk Valley — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Mohawk Valley. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in Utica & the Mohawk Valley — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Mohawk Valley. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/steel-plates-bridges
Title: Steel Plates & Bridges in Utica & the Mohawk Valley — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Mohawk Valley. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/concrete
Title: Concrete Services in Utica & the Mohawk Valley — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Mohawk Valley. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/tower-demolition
Title: Tower & Structure Demolition in Utica & the Mohawk Valley — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Mohawk Valley. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in Utica & the Mohawk Valley — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Mohawk Valley. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/mohawk-valley/services/facility-maintenance
Title: Facility Maintenance in Utica & the Mohawk Valley — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Mohawk Valley. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Mohawk Valley (Utica & the Mohawk Valley).

Region overview: CoreX Civil supports Mohawk Valley utility owners and contractors with hydro-vac excavation, substation work, and right-of-way access across Oneida, Herkimer, Montgomery, and Fulton counties.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Utica, Rome, Herkimer, Little Falls, Amsterdam.

Counties covered: Oneida County, Herkimer County, Montgomery County, Fulton County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/hydro-vac
Title: Hydro Vacuum Excavation in The Southern Tier — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in Southern Tier, NY. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/soft-dig
Title: Soft Dig Application in The Southern Tier — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in Southern Tier, NY. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/electric-substation
Title: Electric Substation Excavation in The Southern Tier — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in Southern Tier, NY. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/test-holes
Title: Test Holes (Potholing) in The Southern Tier — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in Southern Tier, NY. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/slot-trenching
Title: Slot Trenching in The Southern Tier — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in Southern Tier, NY. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in The Southern Tier — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in Southern Tier, NY. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/utility-pole-holes
Title: Utility Pole Holes in The Southern Tier — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in Southern Tier, NY. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/piers-foundations
Title: Piers & Foundations in The Southern Tier — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in Southern Tier, NY. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/clearing-grubbing
Title: Site Clearing and Grubbing in The Southern Tier — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in Southern Tier, NY. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/grading-excavation
Title: Grading & Excavation in The Southern Tier — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in Southern Tier, NY. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/soil-stabilization
Title: Soil Stabilization in The Southern Tier — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in Southern Tier, NY. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/erosion-control
Title: Erosion Control & Seeding in The Southern Tier — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in Southern Tier, NY. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/swppp
Title: SWPPP Implementation in The Southern Tier — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in Southern Tier, NY. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/environmental-reclamation
Title: Environmental Reclamation in The Southern Tier — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in Southern Tier, NY. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/access-roads
Title: Access Roads Construction in The Southern Tier — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in Southern Tier, NY. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in The Southern Tier — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in Southern Tier, NY. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/steel-plates-bridges
Title: Steel Plates & Bridges in The Southern Tier — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in Southern Tier, NY. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/concrete
Title: Concrete Services in The Southern Tier — CoreX Civil
Description: Concrete Services for utility infrastructure projects in Southern Tier, NY. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/tower-demolition
Title: Tower & Structure Demolition in The Southern Tier — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in Southern Tier, NY. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in The Southern Tier — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in Southern Tier, NY. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/southern-tier/services/facility-maintenance
Title: Facility Maintenance in The Southern Tier — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in Southern Tier, NY. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in Southern Tier, NY (The Southern Tier).

Region overview: CoreX Civil works across the Southern Tier from Corning and Elmira through Binghamton, supporting utility, pipeline, and substation projects with hydro-vac excavation and full civil scope.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Binghamton, Elmira, Corning, Ithaca, Hornell.

Counties covered: Broome County, Chemung County, Steuben County, Tioga County, Tompkins County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.

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URL: https://core-x-civil.replit.app/locations/north-country/services/hydro-vac
Title: Hydro Vacuum Excavation in The North Country — CoreX Civil
Description: Hydro Vacuum Excavation for utility infrastructure projects in North Country, NY. Non-mechanical excavation using high-pressure water and vacuum to safely expose buried utilities without strike risk.

Service: Hydro Vacuum Excavation (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Hydro vacuum excavation uses high-pressure water to safely break up soil while a powerful vacuum system simultaneously lifts the resulting slurry into an onboard debris tank. Because the process is non-mechanical at the point of contact, it can expose buried utilities without the strike risk associated with backhoes, augers, or hand digging. This method is recognized across the utility industry as a best practice for working near energized electric lines, gas mains, fiber optic conduits, water and sewer infrastructure, and any congested underground corridor. It produces clean, accurately sized excavations with minimal surface disruption, and the spoils are contained in the truck for off-site disposal rather than stockpiled on the work area.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: hydrovac, vacuum, water excavation, non-destructive digging, potholing.

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URL: https://core-x-civil.replit.app/locations/north-country/services/soft-dig
Title: Soft Dig Application in The North Country — CoreX Civil
Description: Soft Dig Application for utility infrastructure projects in North Country, NY. Industry-standard non-mechanical method for daylighting underground utilities ahead of design, repairs, and tie-ins.

Service: Soft Dig Application (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Soft dig refers to non-mechanical excavation techniques, primarily hydro and air vacuum methods, used to expose underground utilities without making physical contact between hard tools and the asset. The technique is the industry standard for daylighting gas, electric, telecom, water, and sewer lines in advance of design work, tie-ins, repairs, and locates. By replacing shovels and machine buckets with water or air, soft dig dramatically reduces the chance of cutting a line, damaging coatings on steel pipe, or compromising cable jackets. It is particularly valuable in environments where utility records are incomplete, where multiple utilities run in parallel, or where any strike would trigger costly outages and safety reporting.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: soft dig, utility exposure, safe digging, underground utilities.

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URL: https://core-x-civil.replit.app/locations/north-country/services/electric-substation
Title: Electric Substation Excavation in The North Country — CoreX Civil
Description: Electric Substation Excavation for utility infrastructure projects in North Country, NY. Safe excavation inside energized substations, exposing ground grids and conduit without striking live equipment.

Service: Electric Substation Excavation (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Excavation inside an energized electric substation is one of the most hazardous environments in utility construction, with grounding grids, control cables, transformer foundations, and high-voltage equipment all sharing limited working space. Hydrovac is the preferred method in these yards because it can expose buried ground mats, conduit banks, and foundations without striking energized assets and without introducing heavy mechanical equipment near live gear. Work is typically performed under strict utility-owner safety standards, including job briefings, minimum approach distances, and coordination with substation operators. Crews are trained to recognize substation hazards, follow site-specific switching and grounding protocols, and operate in a manner consistent with utility safety manuals.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: substation, electrical, high voltage, power grid.

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URL: https://core-x-civil.replit.app/locations/north-country/services/test-holes
Title: Test Holes (Potholing) in The North Country — CoreX Civil
Description: Test Holes (Potholing) for utility infrastructure projects in North Country, NY. Precise potholes that verify utility depth, alignment, and material ahead of directional drilling or design.

Service: Test Holes (Potholing) (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Test holes, also called potholes or daylight pits, are small, precisely located excavations used to physically verify the depth, alignment, size, and material of an underground utility. They are typically required in advance of horizontal directional drilling, micro-tunneling, deep open-cut excavation, and design surveys where one-call markings alone are not sufficient. Hydrovac is well suited to this work because it produces a clean, vertical-walled hole that fully exposes the utility without damaging coatings or wraps. Field data from each pothole, including measured depth, GPS coordinates, and photos, is commonly recorded for use in subsurface utility engineering (SUE) deliverables and as-built drawings.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: potholing, daylighting, test pits, utility verification.

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URL: https://core-x-civil.replit.app/locations/north-country/services/slot-trenching
Title: Slot Trenching in The North Country — CoreX Civil
Description: Slot Trenching for utility infrastructure projects in North Country, NY. Narrow controlled trenches for conduit, fiber, and grounding installs with minimal surface disturbance.

Service: Slot Trenching (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Slot trenching is a narrow, controlled trench excavated with hydrovac equipment, typically used for installing conduit, fiber, irrigation, low-voltage cable, or grounding systems where a wide mechanical trench is not practical. Because the trench width is limited to what is actually needed, surface restoration is reduced, adjacent utilities are protected, and disturbance to pavement, landscaping, or active work areas is kept to a minimum. The method is especially useful in congested rights-of-way, around existing foundations, inside fenced facilities, and through root zones of mature trees. Spoils are vacuumed directly into the truck, leaving a clean work area suitable for immediate inspection and backfill.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: slot trenching, trenching, utility corridor, precision excavation.

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URL: https://core-x-civil.replit.app/locations/north-country/services/catch-basin-clean-outs
Title: Catch Basin Clean Outs in The North Country — CoreX Civil
Description: Catch Basin Clean Outs for utility infrastructure projects in North Country, NY. Vacuum removal of sediment and debris from catch basins and stormwater structures, no confined-space entry.

Service: Catch Basin Clean Outs (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Catch basins, drop inlets, and stormwater structures accumulate sediment, leaves, gravel, and debris that can restrict flow and cause localized flooding, pavement damage, and downstream water quality issues. Vacuum trucks remove this material efficiently by combining water jetting with high-volume air movement, leaving the basin clear without manual entry into a confined space. Routine clean-outs help maintain compliance with MS4 stormwater requirements, extend the service life of drainage infrastructure, and reduce the risk of pollutants reaching receiving waters. The recovered material is contained in the debris tank and disposed of in accordance with local regulations.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: catch basin, clean out, drainage, stormwater, vac truck.

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URL: https://core-x-civil.replit.app/locations/north-country/services/utility-pole-holes
Title: Utility Pole Holes in The North Country — CoreX Civil
Description: Utility Pole Holes for utility infrastructure projects in North Country, NY. Strike-free hydrovac excavation of deep, plumb holes for transmission, distribution, and telecom pole setting.

Service: Utility Pole Holes (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Setting a new transmission, distribution, or telecom pole requires a deep, straight, accurately sized hole, often in soils that contain cobbles, frost, or unmarked utilities. Hydrovac excavation can produce these holes without the strike risk of an auger and is particularly effective where existing underground lines run beneath or parallel to the proposed pole location. The technique works in tight rights-of-way, behind energized lines, near foundations, and in winter conditions where heated water can cut through frozen ground. The result is a clean, plumb hole ready for pole setting, with spoils contained in the truck rather than piled at the work site.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: pole holes, utility poles, augering, drilling.

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URL: https://core-x-civil.replit.app/locations/north-country/services/piers-foundations
Title: Piers & Foundations in The North Country — CoreX Civil
Description: Piers & Foundations for utility infrastructure projects in North Country, NY. Vacuum excavation supporting drilled piers, helical piles, and shallow foundations near live utilities and structures.

Service: Piers & Foundations (Vacuum Services) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Vacuum excavation supports the installation of drilled piers, helical piles, micropiles, and shallow foundations by exposing underground conditions, clearing obstructions, and creating accurate footing excavations near existing utilities and structures. It is commonly used for substation equipment pads, transmission structure foundations, communication tower bases, and retrofit work on occupied facilities. Because the method is non-mechanical at the cutting face, it can work safely against buried conduit banks, grounding systems, and structural elements that would be at risk from a mechanical bucket. Excavations are clean and dimensionally controlled, simplifying inspection, rebar placement, and concrete pours.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: piers, foundations, structural support, deep excavation.

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URL: https://core-x-civil.replit.app/locations/north-country/services/clearing-grubbing
Title: Site Clearing and Grubbing in The North Country — CoreX Civil
Description: Site Clearing and Grubbing for utility infrastructure projects in North Country, NY. Removal of timber, brush, stumps, and root mat to prepare raw sites for grading and fill.

Service: Site Clearing and Grubbing (Site Preparation) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Clearing and grubbing is the first step in preparing a raw site for construction, encompassing the removal of standing timber, brush, stumps, root systems, surface boulders, and existing debris. Clearing addresses what is above ground, while grubbing removes the underlying root mat and organic material that, if left in place, would decompose and cause settlement under future pavement, foundations, or fill. The work is typically governed by an approved limit of disturbance, erosion and sediment control plan, and any tree protection or environmental permit conditions for the project. Acceptable processing methods include chipping, hauling off-site, or controlled burning where permitted, with stumps and unsuitable material removed from the building footprint.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: clearing, grubbing, tree removal, site prep, land clearing.

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URL: https://core-x-civil.replit.app/locations/north-country/services/grading-excavation
Title: Grading & Excavation in The North Country — CoreX Civil
Description: Grading & Excavation for utility infrastructure projects in North Country, NY. Mass and fine grading to design elevations, balancing cut and fill while protecting drainage and subgrade.

Service: Grading & Excavation (Site Preparation) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Grading and excavation shapes a site to the elevations, slopes, and drainage patterns shown on the civil design drawings, balancing cut and fill volumes wherever possible to limit import and export of material. Mass excavation handles the bulk earth movement, while fine grading establishes the finished subgrade tolerances required beneath pavement, foundations, building pads, and stormwater features. Proper grading directs runoff away from structures, prevents ponding, supports drainage system performance, and creates stable subgrade conditions for pavement and structural fill. Work is typically verified against design with survey controls, density testing, and proof-rolling before subsequent trades take possession of the area.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: grading, earthwork, leveling, dirt moving, cut and fill.

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URL: https://core-x-civil.replit.app/locations/north-country/services/soil-stabilization
Title: Soil Stabilization in The North Country — CoreX Civil
Description: Soil Stabilization for utility infrastructure projects in North Country, NY. Geotextile, chemical, and reclamation methods that strengthen subgrade for pavements, pads, and foundations.

Service: Soil Stabilization (Site Preparation) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Soil stabilization improves the strength, stiffness, and moisture behavior of native subgrade so it can reliably support pavement, foundations, equipment pads, or temporary work platforms. Common methods include mechanical stabilization with geotextiles and geogrids, chemical stabilization using lime, cement, or fly ash, and full-depth reclamation that blends existing material with binders in place. The right approach depends on soil type, moisture content, design loading, and project schedule, and is typically guided by a geotechnical report and laboratory mix design. When properly executed, stabilization reduces long-term settlement, controls frost heave, and protects the long-term performance of everything built above it.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: stabilization, compaction, soil improvement, ground improvement.

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URL: https://core-x-civil.replit.app/locations/north-country/services/erosion-control
Title: Erosion Control & Seeding in The North Country — CoreX Civil
Description: Erosion Control & Seeding for utility infrastructure projects in North Country, NY. Silt fence, blankets, hydroseeding, and Blue Book practices that keep disturbed soil out of waterways.

Service: Erosion Control & Seeding (Environmental) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Erosion and sediment control measures keep disturbed soil on the site and out of streams, wetlands, storm sewers, and neighboring properties during and after construction. Typical practices include silt fence, compost socks, inlet protection, check dams, stabilized construction entrances, erosion control blankets, and temporary or permanent seeding such as hydroseeding for rapid vegetative cover. In New York, these practices are installed and maintained in accordance with the New York State Standards and Specifications for Erosion and Sediment Control (the Blue Book) and any project-specific SWPPP. Effective implementation protects water quality, supports regulatory compliance, and reduces the risk of stop-work orders and enforcement actions.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: erosion, seeding, hydroseeding, silt fence, environmental protection.

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URL: https://core-x-civil.replit.app/locations/north-country/services/swppp
Title: SWPPP Implementation in The North Country — CoreX Civil
Description: SWPPP Implementation for utility infrastructure projects in North Country, NY. NYSDEC SPDES-compliant stormwater controls, inspections, and final stabilization on construction sites over one acre.

Service: SWPPP Implementation (Environmental) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: A Stormwater Pollution Prevention Plan (SWPPP) is the site-specific document required under the NYSDEC SPDES general permit for construction activities that disturb one or more acres of soil. SWPPP implementation covers installing and maintaining the perimeter controls, inlet protection, sediment traps and basins, stabilized entrances, and post-construction stormwater management practices identified in the plan. It also includes routine and post-storm inspections by a qualified inspector, documentation of corrective actions, and final stabilization before notice of termination. Proper implementation protects receiving waters, keeps the project in compliance with state and federal stormwater regulations, and provides a defensible record for owners, engineers, and regulators.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: swppp, stormwater, pollution prevention, compliance, runoff.

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URL: https://core-x-civil.replit.app/locations/north-country/services/environmental-reclamation
Title: Environmental Reclamation in The North Country — CoreX Civil
Description: Environmental Reclamation for utility infrastructure projects in North Country, NY. Restoring work areas, access roads, and right-of-way to stable, vegetated, productive condition after construction.

Service: Environmental Reclamation (Environmental) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Environmental reclamation restores construction work areas, laydown yards, access roads, and right-of-way corridors after the primary work is complete, returning the land to a stable and productive condition. Typical activities include removing temporary mats and access structures, decompacting disturbed soils, re-establishing original contours, replacing topsoil, and seeding or planting native vegetation appropriate to the region. On utility and pipeline projects, reclamation is often a contractual and regulatory requirement, with success measured by vegetative cover, slope stability, and absence of erosion over a defined monitoring period. Done well, reclamation protects long-term land use, supports landowner relationships, and limits future liability.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: reclamation, restoration, re-vegetation, environmental.

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URL: https://core-x-civil.replit.app/locations/north-country/services/access-roads
Title: Access Roads Construction in The North Country — CoreX Civil
Description: Access Roads Construction for utility infrastructure projects in North Country, NY. Temporary and permanent travel surfaces moving crews and heavy equipment safely to remote work areas.

Service: Access Roads Construction (Access & Logistics) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Access road construction provides the temporary or permanent travel surfaces needed to move crews, deliveries, and heavy equipment from a public road to the actual work area. On utility, substation, transmission, and pipeline projects this often means crossing soft ground, wet areas, agricultural fields, or wooded right-of-way where no improved surface exists. Construction methods are matched to site conditions and load requirements, ranging from compacted stone over geotextile separation fabric, to corduroy and timber mat roads, to full structural sections capable of supporting cranes and over-dimensional loads. Properly designed access supports safe operations, protects existing soils from rutting and compaction damage, and is removed or stabilized at project closeout per landowner and permit requirements.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: access roads, temporary roads, equipment access, right of way.

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URL: https://core-x-civil.replit.app/locations/north-country/services/heavy-haul-mats
Title: Heavy Haul Mats & Pathways in The North Country — CoreX Civil
Description: Heavy Haul Mats & Pathways for utility infrastructure projects in North Country, NY. Timber, composite, and crane matting that supports heavy equipment while protecting ground and wetlands.

Service: Heavy Haul Mats & Pathways (Access & Logistics) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Heavy haul matting creates a temporary load-distributing surface that allows cranes, drill rigs, transformers, and other heavy equipment to operate over ground that would otherwise rut, sink, or fail. Common matting systems include hardwood timber mats, laminated mats, composite (HDPE) mats, and crane mats, each suited to different load ratings, ground conditions, and reuse requirements. Mats also protect wetlands, agricultural soils, and sensitive surfaces during transmission, substation, and pipeline work, and are central to many environmental permit conditions. Installation includes layout planning, edge alignment, turn-arounds, and removal and cleaning at the end of the work.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: mats, heavy haul, pathways, load support, timber mats.

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URL: https://core-x-civil.replit.app/locations/north-country/services/steel-plates-bridges
Title: Steel Plates & Bridges in The North Country — CoreX Civil
Description: Steel Plates & Bridges for utility infrastructure projects in North Country, NY. Trench plates and modular bridges keeping traffic and equipment moving across open excavations and waterways.

Service: Steel Plates & Bridges (Access & Logistics) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Steel road plates and temporary bridges keep traffic, pedestrians, and equipment moving across open trenches, excavations, and small waterway crossings during active construction. Trench plates are sized and rated for the span and expected wheel loads, and are typically secured, beveled or asphalt-ramped, and inspected daily for movement or damage in accordance with traffic control requirements. Temporary modular bridges allow construction equipment to cross creeks, ditches, and utility corridors with minimal disturbance, often in support of environmental permit conditions that prohibit in-stream work. Properly specified and installed, these systems reduce public impact, support maintenance and protection of traffic plans, and keep the project schedule moving.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: steel plates, trench plates, bridges, temporary crossings.

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URL: https://core-x-civil.replit.app/locations/north-country/services/concrete
Title: Concrete Services in The North Country — CoreX Civil
Description: Concrete Services for utility infrastructure projects in North Country, NY. Foundations, equipment pads, duct bank encasements, and flatwork built to utility-owner specifications.

Service: Concrete Services (Construction & Demolition) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Concrete work on utility and civil projects includes formwork, reinforcement placement, pouring, finishing, and curing of foundations, transformer and equipment pads, control building slabs, duct bank encasements, sidewalks, curbs, and miscellaneous flatwork. Mixes are selected based on the structural design, exposure conditions, and any utility-owner specifications, with attention to slump, air entrainment, and strength gain for the season. Quality is supported through proper subgrade preparation, vapor barriers where required, formwork accuracy, vibration during placement, and finishing and curing techniques appropriate to the element. Field testing typically includes slump, air, temperature, and compressive strength cylinders to document conformance with the specifications.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: concrete, pouring, foundations, flatwork, pads.

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URL: https://core-x-civil.replit.app/locations/north-country/services/tower-demolition
Title: Tower & Structure Demolition in The North Country — CoreX Civil
Description: Tower & Structure Demolition for utility infrastructure projects in North Country, NY. Engineered demolition of communication towers, monopoles, and obsolete structures with on-site material recycling.

Service: Tower & Structure Demolition (Construction & Demolition) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Demolition of communication towers, transmission structures, monopoles, and obsolete civil infrastructure requires engineered planning to control loads, isolate energized systems, and protect adjacent assets. Work is typically sequenced with site surveys, structural review, utility de-energization, rigging plans, and a written demolition plan that addresses dust, noise, and material handling. Methods range from controlled top-down dismantlement using cranes and rigging, to cutting and lowering of guyed structures, to mechanical demolition with high-reach equipment where the site permits. Materials are sorted at the source for recycling of steel, copper, aluminum, and concrete, with the remainder handled as construction and demolition debris in accordance with NYSDEC requirements.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: demolition, teardown, tower removal, dismantling.

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URL: https://core-x-civil.replit.app/locations/north-country/services/pole-pulls
Title: Utility Pole Construction (Pole Pulls) in The North Country — CoreX Civil
Description: Utility Pole Construction (Pole Pulls) for utility infrastructure projects in North Country, NY. Removing failed or relocated utility poles and setting replacements on distribution and transmission upgrades.

Service: Utility Pole Construction (Pole Pulls) (Construction & Demolition) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Pole pulls cover the removal of failed, decayed, storm-damaged, or relocated utility poles and the construction of their replacements as part of distribution and transmission upgrades. The work typically includes coordinating with the utility owner on outages and transfers, excavating around the pole butt, extracting the pole using boom or digger derrick equipment, and properly disposing of treated wood material. New pole setting includes augering or hydrovac excavation to depth, plumbing and aligning the pole, backfilling and tamping, and supporting line crews with hardware and framing as required. Strict attention is paid to minimum approach distances, grounding, and traffic control throughout the operation.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: pole pulls, utility poles, extraction, removal.

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URL: https://core-x-civil.replit.app/locations/north-country/services/facility-maintenance
Title: Facility Maintenance in The North Country — CoreX Civil
Description: Facility Maintenance for utility infrastructure projects in North Country, NY. Ongoing upkeep of substations, utility yards, and communication sites between major capital projects.

Service: Facility Maintenance (Maintenance) in North Country, NY (The North Country).

Region overview: CoreX Civil mobilizes into the North Country for utility infrastructure work — hydro-vac excavation, substation civil scope, and access in Jefferson, St. Lawrence, Clinton, Franklin, and Essex counties.

Service overview: Ongoing facility maintenance keeps substations, utility yards, communication sites, and industrial facilities safe, accessible, and compliant between major capital projects. Typical scope includes gravel replenishment and weed control inside the fence line, fence and gate repair, access road patching and regrading, vegetation management along rights-of-way, snow removal, signage replacement, and minor concrete and drainage repairs. For utility owners, consistent maintenance supports inspection requirements, reduces vegetation-related outage risk, and extends the service life of grounding systems, oil containment, and security infrastructure. Work is typically scheduled around operational windows and coordinated with site operators to avoid impacts to energized equipment.

Cities served: Watertown, Plattsburgh, Massena, Potsdam, Ogdensburg.

Counties covered: Jefferson County, St. Lawrence County, Clinton County, Franklin County, Essex County.

Related capabilities: maintenance, upkeep, facilities, repairs, grounds.