Automation upgrades inside a beef plant are mostly a construction problem: new conveyor lines need slab capacity, floor drains move, refrigeration loads shift and every change has to be completed inside a sanitation and shutdown calendar. In Fort Morgan we build the foundations, floors, refrigerated additions and utility tie-ins that make plant automation work, and we do it in windows the operations team controls.
The local plant shows the scale. Cargill's beef plant at 1505 E. Burlington Ave. has a workforce of around 2,100 employees, and Cargill describes itself as the largest employer in the region. In June 2025 Cargill announced nearly $90 million in automation and technology for the plant, and in December 2025 it opened an 81-unit employee apartment complex, completing a $40 million housing project that also included 27 townhomes. We cite these as public announcements about the local market; we do not claim any project at that facility.
What they signal to other owners is that the supply chain around a large processor needs buildings too: cold storage, packaging space, maintenance shops, truck yards and vendor facilities. That is the work we do for plant operators and their suppliers in Morgan County.
Floors, pads and foundations that carry automation
Automation changes load paths. A line that used to be hand-fed may now include conveyors, robotic cells, weighing stations and overhead rails, all of which put point loads and vibration into the slab. We evaluate the existing floor, core it where needed, and design new equipment foundations isolated from the slab where the manufacturer calls for it. The concrete trade partners work to our schedule and inspections so the schedule is controlled.
Floor finishes matter just as much. In wet areas we place sloped slabs with embedded trench drains and cove bases, then apply urethane or epoxy systems rated for thermal shock and cleaning chemicals. The surface is tested for slope and drainage before the sanitation team takes over the area.
Building inside sanitation and shutdown windows
A food plant runs on a hard calendar. Production, sanitation and maintenance shifts leave limited room for construction, so we break work into pre-built components and short, scripted windows. Underground utilities, foundations and prefabricated steel are completed outside the production area, and the tie-in is done during a window that your plant manager approves.
Each window has a written scope, a rollback plan and a restart checklist. We stage materials in a controlled area and use temporary partitions, negative pressure and air filtration when dust control is critical. Phased construction in occupied sites is the method that makes this repeatable.
Refrigerated additions and cold storage
Plants that add automation often add refrigerated space at the same time: blast cooling, holding coolers and shipping docks held at temperature. We build insulated-panel envelopes, slab-on-grade floors with under-slab heating or ventilation to prevent frost heave, and vapor barriers detailed to keep moisture out of the insulation.
Cold storage construction requires close coordination with refrigeration engineers. We set slab penetrations and equipment pads to their drawings, hold the vapor retarder continuous and test envelope tightness before turnover. A refrigerated dock retrofit on an existing building follows the same logic, with extra care at the dock seals and the transition between cold and ambient floors.
Roads and rail that supply a processing town
I-76 meets State Highway 52 at Fort Morgan exit 80, and US 34 runs concurrent with I-76 from near Wiggins to Fort Morgan, with I-76 Business running through the city toward Sterling. Amtrak's California Zephyr stops daily in Fort Morgan in both directions, and the city sits at 4,318 ft elevation with a 2020 population of 11,597. For a plant, the useful facts are the road connections that carry animals, product and supplies and the size of the labor pool.
We think in terms of truck flow. Inbound livestock, outbound refrigerated trailers, employee parking and vendor deliveries all need their own routes. Our site plans keep them separated, size the truck wash and scale areas, and leave space for the next expansion. Owners who also run sites up the corridor in Sterling or Brush get the same layout method at each, so a driver, an inspector or a maintenance lead sees a familiar arrangement.
Hygiene, lockout and contractor control
Working inside a food plant means following the plant's rules as strictly as its employees do. Every crew we manage completes the owner's contractor orientation, wear the specified clothing, tag tools in and out, and follow lockout and tagout procedures for any equipment or utility they touch. Glass, wood, loose fasteners and unsealed lubricants are controlled, because a stray object is a product-safety event and not just a housekeeping lapse.
We keep a short daily log that lists where crews worked, what was opened, what was closed and what was verified before the area was handed back. The plant's quality lead can review it at the end of every shift, and the final turnover package includes the same record along with floor slope surveys, test reports and as-built drawings.
Who we serve around a processing plant
Besides the plant itself, the sector includes packaging suppliers, cold-chain carriers, maintenance contractors and equipment dealers. Food and beverage processing buildings for these users range from simple dry storage to hygienic production space, and we adapt the finishes and utilities to the process.
For food and beverage owners, we offer a pre-built checklist of site decisions, including drainage slopes, washdown electrical, ventilation and pest-proof envelopes. Owners adjust it for their own standards, and it cuts the number of questions during design.
Shutdown cost versus construction cost
The cost of a day of lost production is often greater than the cost of the construction itself. For that reason we price the work against the schedule, comparing options such as prefabricated assemblies, night shifts and weekend work. A higher construction cost can be justified if it saves a production day.
We also show the cost of the finish: urethane floors, stainless drains and insulated panels vary widely in price and service life. The owner sees the trade-off and selects the system that fits the process and the maintenance budget.
Send the line layout and the shutdown calendar
Send us the equipment layout, the existing floor information and your planned shutdown dates. We will return a foundation and floor scope, a tie-in sequence and a schedule fitted to your calendar.
Common Questions
Can you install new equipment foundations without stopping production?
Often yes. We build outside the running area, isolate the new foundation, and schedule the tie-in for a short window. Dust, noise and vibration controls are agreed with your quality team in advance.
How do you protect product and food-safety standards during construction?
We use temporary partitions, filtered air, controlled access and material staging away from production. Every crew on site follows your hygiene and visitor rules. A written plan, reviewed with your quality and sanitation leads, sets the controls before work starts.
What floor system should we use in a washdown area?
It depends on temperature, chemicals and traffic. Urethane cement systems tolerate thermal shock and wet cleaning. Epoxy can be suitable in less severe areas. We recommend a system after reviewing your cleaning regimen and temperature range, then test slope and adhesion.
How long does a refrigerated addition take?
Lead items such as insulated panels, doors and refrigeration equipment often govern. We order them at contract signing and build the foundation and utilities in parallel. The panel installation and commissioning phases are then compressed into a controlled period.
Do vendor and supplier buildings near a large plant have different needs?
Usually. They often need less hygienic finish and more truck access, higher bays and simple envelopes. We tailor each building to the user, not to the plant next door.