Ground-Up Industrial Construction in the Denver Metro

A raw parcel in Adams County and a finished plant are separated by a long list of decisions that all have to land in the right order. Commerce City alone reports two Class I freight rail lines, three interstates meeting at its edge and a direct boundary with Denver International Airport, so the dirt we are asked to build on is usually valuable because of what runs next to it. That is also why it arrives with easements, drainage obligations and utility conflicts already attached.

We build industrial facilities from the first survey stake through certificate of occupancy: site civil, foundations, structure, envelope, dock and yard, utilities and the interior fit-out for process or storage. Ground-up work is where one team accountable for the whole sequence pays off, because the grading plan sets the slab elevation, the slab elevation sets the dock height, and the dock height sets the truck court slope that has to shed Denver snow without ponding at the trailer door.

Plant managers, operations leads and corporate real estate groups bring us a program and a delivery date. We bring back a sequence, a permit path for the specific jurisdiction and a list of the long-lead items that will decide whether the date holds.

Why Denver-Area Ground-Up Work Starts With the Corridor

The metro rewards sites that touch freight infrastructure. Commerce Yards, at 96th Avenue and Heinz Way, is a 466,000 square foot, three-building industrial project with rail access inside an Enterprise Zone, with construction scheduled from April 2026 through May 2027. Up the I-25 corridor, Crossroads 25 in Thornton is a 76-acre, 1.1 million square foot, six-building park at I-25 and E-470, with 828,000 square feet in its first phase.

Projects of that scale show what a modern ground-up program looks like here: multiple buildings sharing one stormwater system, one utility backbone and one truck circulation plan. When we price a single-building plant we use the same discipline, because the next owner on the adjacent pad will share your detention pond, your access easement or your rail crossing. Understanding that neighbor relationship early keeps change orders out of the middle of construction.

How We Sequence a New Plant

Mass grading and the underground package go first, and we do not let building steel compete with them for the same ground. Detention, storm sewer, fire main and electrical duct bank are installed while the pad is open, then proof-rolled and tested before any foundation work begins. Footings and slabs follow, with the slab pour planned around the structural frame rather than the other way around.

Enclosure comes next, because getting the roof on and the building dried in lets interior trades, process piping and racking begin under cover through a Front Range winter. Yard paving and dock aprons come late so heavy erection equipment does not chew up finished concrete, but the subgrade and utility sleeves beneath them are already in place. Each phase hands a clean, inspected area to the next crew.

Permit Paths That Differ by City

Colorado does not apply one commercial code statewide, and the differences matter on a ground-up job. Commerce City adopts the 2021 International Building Code as its own construction code with 49 local amendments, including sprinklers throughout S-2 parking garages and a flood hazard map based on a FEMA study dated March 5, 2007. Thornton, by comparison, is enforcing the 2024 IBC.

We confirm the adopted edition and local amendments for your parcel before design is frozen, and we track the pending adoption cycles so a plan check does not start under one edition and finish under another. Our permitting and entitlements coordination work covers site plan review, grading permits, fire department access reviews and utility tap applications, run in parallel with design rather than after it.

What Is Included in a New-Build Scope

A typical program includes mass grading and over-excavation as the geotechnical report requires, detention and water quality facilities, sanitary, domestic water and fire service, private fire hydrants, electrical service duct banks, building foundations and slab on grade, structural frame in tilt-up or steel, roofing and wall systems, dock equipment and truck court paving. The tilt-wall industrial buildings and structural steel erection partners we coordinate cover the two most common frames for distribution and light manufacturing.

Process-heavy owners add equipment pads, trench drains, compressed air and wastewater pretreatment tie-ins. We scope those as part of the building contract so the slab design, the underslab piping and the equipment vendor drawings are coordinated before the pour rather than saw-cut afterward.

Site Conditions We Plan For

Denver sits at 5,280 feet, averages roughly 49 to 54 inches of snow a year and has three of the ten costliest hailstorms in the country on its record. Those facts shape roof system selection, snow guard and drain design, and the schedule float we carry for winter concrete. Near the South Platte and its tributaries, groundwater and old fill are common, so we dig test pits during preconstruction services instead of discovering them at footing depth.

Legacy contamination is a real screening item in the industrial north metro, so Phase I and Phase II work and soil management plans are part of our early diligence, not a late surprise to the lender.

Operators We Build For

Cold chain and food producers are the most demanding clients because refrigeration loads, floor insulation and sanitary finishes drive the structure. Our work for food and beverage producers and logistics and distribution operators starts from the operation, then works backward to the building, so racking, conveyors and dock counts are fixed before foundations are drawn.

Advanced manufacturers and ecommerce fulfillment tenants tend to need power first, which makes the service entrance and duct bank the critical path item rather than the roof.

Start With the Parcel, Not the Drawings

Send us the address, the intended use and your target occupancy date. We will return a phasing outline, the permit path for that jurisdiction and the items most likely to control your schedule.

Common Questions

How long does a ground-up industrial building take in the Denver area?

A single 100,000 to 250,000 square foot tilt-up or steel-frame building commonly runs 9 to 14 months from notice to proceed to turnover once permits are issued. Entitlements, utility availability and electrical gear lead times often add more calendar time than the construction itself. We build a schedule that separates permit review, procurement and field work so you can see which one is controlling the date.

Can you build on a site with a history of industrial use?

Yes, after proper screening. We review environmental reports early, coordinate soil management and import-export plans with the consultant of record, and price handling of impacted material as a named line. Parcels near former smelting or refining operations deserve a Phase II before closing, not after.

Can you build from drawings prepared by an architect we already use?

Both. We can take a design-build delivery through our industrial design-build group, or build to a package from your own architect with early contractor input on constructability, long-lead gear and sequencing.

What decides whether a rail-served site is worth the added cost?

The spur cost, switching arrangement and car storage have to pencil against truck volume saved, so we model both before design starts. Our rail spur site improvements group prices track work, turnouts and crossings against expected car counts and the standards of the serving railroad.