Metals and Heavy Industry Construction in the Denver Metro

Soil history comes first on a metals or heavy industrial site in the Denver metro. In Globeville and Elyria-Swansea, neighborhood activism won a 1994 settlement with ASARCO that funded soil cleanup, a sign of the legacy smelter contamination that due diligence has to check near these industrial areas. Along the South Platte, in Sheridan, a business park with auto salvage, a recycling center, a lumber yard and light manufacturing was slated for Phase 1 and Phase 2 environmental assessments under the EPA's Targeted Brownfield Assessment program to estimate remediation costs. We start every metals project by reading that history.

The owners we serve include steel fabricators, metal recyclers, foundries and casting operations, machine shops, equipment manufacturers and heavy-haul or crane service companies. Their buildings are not generic. Overhead cranes demand runway beams and columns sized to the load, floors take impact from coils, billets and dies, and yards must stay serviceable under loaded trucks and loaders. Fabrication bays need ventilation and electrical service that office-grade buildings do not.

We build from the ground up, expand working plants and demolish obsolete structures to clear land for new ones. The common thread is a respect for the existing conditions, which in industrial neighborhoods include buried foundations, abandoned utilities, rail alignments and neighbors who have lived beside heavy operations for a long time.

Hot work, heavy lifts and contaminated ground

Heavy industrial sites combine hazards: overhead crane operations, hot cutting and welding, moving vehicles, and soil that may carry metals or hydrocarbons. We write a site safety plan that covers lift planning, hot-work permits, traffic separation, silica and dust control and a soil management protocol. If an environmental consultant has identified contaminated areas, we segregate that soil, characterize it before it leaves the site and handle it under the consultant's plan.

Construction inside operating plants adds more. We tie into the owner's lockout, tagout and permit systems, coordinate crane lifts with production schedules and keep our work zones clear of forklift and rail traffic. Our workers receive the owner's site orientation, and supervisors attend the owner's daily production meetings where practical.

Rail, refinery and legacy industry in the urban core

Elyria-Swansea is bounded by the South Platte River on the west and Adams County on the north, has a major railroad crossing from southwest to northeast and contains a pet food manufacturing plant and the Denver Coliseum. Both I-25 and I-70 cross Globeville, and the Mousetrap interchange lies in the neighborhood; I-25 was built there from 1948 to 1958 and I-70 in 1964. These facts describe a dense, rail-and-highway-crossed industrial district where parcels are small, utilities are old and neighbors are close.

Farther north, the Suncor refinery in Commerce City, formed from two former refineries on either side of Brighton Boulevard, has a capacity of 98,000 barrels per day and supports a ring of suppliers and contractors. North Denver's industrial neighborhoods and Commerce City therefore host many of the metro's metal-working and heavy-service operations, and we build in that setting regularly.

Buildings and yards built for loads

Heavy industry projects start with a structural frame designed for cranes. Our crane-ready high-bay buildings include runway beams, bracing and foundations for specified crane capacity, with clear heights and column spacing set by the lifts the operation performs. Floors are thicker and more heavily reinforced, with joints designed for steel wheels and heavy point loads.

Outside, yards need a structural pavement section and drainage that handles oil, sediment and wash water. We build heavy-haul access roads with thicker bases and concrete or reinforced sections at turns and loading areas, and we provide stormwater controls, oil-water separators and secondary containment as the permit requires. Scrap yards, laydown areas and stockpile pads are graded and surfaced for the equipment that works them.

What we manage most closely

We schedule, supervise and inspect excavation, grading, site utilities, heavy foundations, slab placement and concrete flatwork. That includes drilled piers and spread footings for crane columns, heavy equipment pads and trenches for process lines. Because we manage the concrete scope, we control curing and joint timing, which matters when a slab will carry a press or a casting line within weeks of pouring.

For steel, we coordinate fabricator, erector and crane through our structural steel erection program, managing delivery sequencing, bolt-up and alignment checks. We also coordinate demolition and slab removal, which makes it easier to deal with buried obstructions and legacy foundations that appear on infill sites.

Where heavy industrial cost accumulates

Subsurface unknowns are the most variable cost. Old foundations, buried tanks, fill of uncertain quality and contaminated soil can add substantial excavation, hauling and disposal cost. A thorough geotechnical and environmental investigation up front costs a fraction of what a surprise during excavation can. We carry allowances for known risks and describe the unknown ones, so you can decide whether to investigate further or hold contingency.

Structure and utilities follow. Crane capacity, floor thickness, heavy electrical service and process utilities scale with the operation. Demolition of existing structures is a separate line; our industrial demolition services include asbestos and hazardous material abatement coordination, selective demolition and recycling of concrete and steel, which can offset part of the cost.

Adjacent sectors that share the same supply chain

Metals and heavy industry feed other parts of the economy. Automotive and EV manufacturers and their parts networks buy castings, stampings and fabricated assemblies, while utility and power owners buy structural steel, transformers and switchgear enclosures.

We find that experience in one sector helps in another. Crane-supported assembly bays and heavy slab work for a fabricator inform how we approach a transformer assembly plant, and a scrap-handling yard teaches lessons that apply to an auto recycler. If your operation is part of such a supply chain, we bring that perspective to layout and load planning.

Bring the site history and the load list

Send us your parcel, the equipment and crane loads and any environmental reports. We will return a buildability review, budget range and schedule outline for your heavy industrial project in the metro.

Common Questions

Do we need a Phase I environmental assessment before buying an urban industrial parcel?

In almost every case, yes. A Phase I reviews the property history, records and visible conditions to identify recognized environmental concerns. If it finds concerns, a Phase II samples soil and groundwater. We help owners schedule the assessments ahead of closing and translate the findings into excavation, disposal and construction plan changes, so the purchase price reflects real conditions.

What crane capacity and runway design should we plan for?

That depends on the heaviest lift in your process, the number of cranes and the duty cycle. Runway columns and foundations must carry the crane at full load plus impact, and future growth is cheaper to build in at the start. We work with your crane supplier to confirm reactions and tolerances and design the foundations accordingly.

Can you build next to an operating foundry or fabrication shop?

Yes. We keep our work zone separate from production traffic, schedule noisy or vibratory work in agreed windows and tie into plant systems only during planned shutdowns. Hot work and lifts follow the plant permit system. We hold regular coordination meetings with plant supervisors so changes in production are known to every crew on site.

How is a heavy-duty yard pavement different from a normal parking lot?

It has a thicker aggregate base, often a stabilized subgrade and a pavement section of reinforced concrete or heavy asphalt designed for concentrated loads, turning and standing equipment. Drainage and containment are different as well, since runoff may carry oil and metal particles. We design the section using your equipment weights and traffic counts.

Can demolition and new construction be done under one contract?

Yes, and it often saves time. A single contractor can plan demolition to leave usable material, protect adjacent structures and sequence new foundations as old ones come out. We provide a combined schedule that shows the abatement, demolition, soil work and new construction in order, with permits identified for each step.

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