An industrial owner measures a slab by what it carries on a Monday morning: forklifts, process skids, rolling racks, a machine that cannot tolerate a quarter inch of settlement. We pour for manufacturing and industrial owners around Midland who need floors and foundations that match their operating loads, and who need construction to stay out of the way of production. Concrete placement and finishing form one subcontract package. We coordinate its timing with the utility and earthwork contractors serving the same area.
The work starts with a conversation about loads and traffic. We ask what the heaviest wheel load is, how the floor will be cleaned, whether chemicals will reach the surface and where the equipment will be bolted to embedded steel. Those answers set thickness, reinforcing, joint spacing and the curing and sealing plan, and they decide whether a standard slab is enough or whether a specialty floor makes sense.
We write the plan in terms an owner's rep can approve: a pour calendar, a testing schedule with a short note on which plant staff we need present on each placement day.
Plants, shops and process owners we build for
Industrial owners in the Midland area span fabrication shops, equipment manufacturers, compressor and pump facilities, chemical blending operations and aerospace-related tenants. Aviation-tied manufacturing has a foothold beyond the oilfield: the Midland Development Corporation offers ground-leased sites for aerospace and aviation development in the first phase of the Spaceport Business Park, a 50 acre tract on the airport's southeast side.
Midstream and processing facilities also create industrial demand. Brazos Midstream commissioned the 300 MMcf/d Sundance II plant in Martin County on February 18, 2026, bringing the Sundance complex to 500 MMcf/d, which shows how quickly processing capacity is being added nearby. For owners working at that scale, our midstream concrete work is described in its own section of the site.
Specifications, inspections and permit realities
Industrial projects in Midland answer to the local permit office for the building and to the owner's own engineering standards for process areas. Those standards frequently exceed the minimum. We review them against the structural drawings so a floor specified for light traffic does not get a heavier load assigned later by a tenant.
Third-party testing is routine. We coordinate the lab for cylinders, slump, air content and temperature, and we agree in advance on who takes the samples and how results move to the owner. For foundations that support rotating machinery, we confirm the vendor's foundation requirements and include any embedded items in a placement checklist before the forms are closed.
Scheduling around operations and turnarounds
Industrial owners have turnarounds, shipping deadlines and shift changes that outrank a construction schedule. We build our calendar backward from those fixed dates and discuss which days the plant can accept truck traffic, which gates we can use and how washout and staging will be handled without disturbing production.
Loop 250 is a 12.245 mile bypass along the west, north and east edges of Midland, from I-20, SH 158 and SH 349 in southwest Midland to I-20 east of the city. Industrial sites along it benefit from truck routes that avoid downtown, and we use that bypass for delivery planning, then confirm the plant's haul time before we commit to a placement window.
Working inside an operating facility
Industrial owners typically have their own safety orientation, permit-to-work process and restricted areas. We attend the orientation, follow the permit system and submit a job hazard analysis for each major placement. Forklift routes, pedestrian walkways and equipment exclusion zones are marked before concrete trade partners arrive.
Concrete placement near energized equipment, piping or conveyors calls for extra attention. We coordinate with plant maintenance on lockout needs and use spotters for truck movement near live equipment. Dust control, wash water containment and chemical storage are part of the plan too, since an industrial owner can face its own environmental obligations if concrete washout reaches a drain.
Where industrial floor and foundation budgets move
Thickness, reinforcing and subgrade preparation drive most of the cost of an industrial slab. A floor designed for loaded forklift traffic with tight joint control costs more than a storage floor, and the difference is worth explaining before pricing. We break out the major line items so you can see which choices change the number.
Other drivers include pour size, mix specification, the distance from the batch plant and the amount of embedded steel. Equipment foundations carry their own formwork and inspection costs, and heavy sections may need a cooling or curing plan. We highlight options such as shrinkage-reducing admixtures or fiber reinforcement so you can weigh cost against performance.
Industrial buildings and floors we pour
We pour for manufacturing plants, flex and light industrial buildings and warehouses, along with the yards and truck areas that serve them. Each building type has a different floor logic: a flex building needs adaptable slabs with room for future tenant equipment, while a plant needs a floor matched to a specific line.
For owners handling heavy products, industrial concrete floors are a frequent starting point, and we often pair them with equipment pads and machine foundations at the same time. Owners who also run yards and distribution space may want to read about logistics and warehouse developers, since the dock and truck areas share loads with plant shipping.
What our concrete scope includes
A typical industrial scope includes subgrade proof, base preparation, formwork, reinforcing placement, concrete placement, finishing, curing, joint sawing and testing coordination. Trade partners handle underground utilities, grading and any specialty coating, and we tie their work to our calendar so the floor is not poured before the underground is inspected.
We also list what is not included so the owner can budget separately: process piping, equipment setting, special coatings and any off-site haul of excavated material unless the contract says otherwise.
Plan the pour calendar with us
Tell us about the loads, the operating schedule and the plant's access rules, and we will return a scope sheet and pour calendar that your team can review.
Common Questions
Can you build a floor around equipment that is not yet selected?
Yes, but we recommend a design that allows for later modifications. Blockouts, sleeves and thickened areas can be placed for likely equipment zones, and larger foundations can be poured later in saw-cut recesses. We discuss the tradeoffs with your engineer so you do not pay twice.
How do you minimize disruption to production?
We agree on truck routes, staging and working hours before mobilization. Pours are often planned for off-shift or weekend periods, and we keep the work zone isolated with barricades. Your plant manager gets a daily briefing on what is happening and what to expect next.
What testing do you coordinate on an industrial slab?
The testing plan assigns slump, air-content and temperature checks, together with cylinder sampling, to the laboratory. We can also arrange specified floor-flatness testing. Results go to the owner and engineer of record, and we flag any low breaks immediately so a decision can be made while the work is still accessible.
Are specialty floors like polished or sealed concrete part of your work?
Yes, polished and sealed floors can be added to the scope when the owner wants a cleanable surface. We discuss the mix, finishing and curing decisions that influence the final appearance. A finished sample panel lets you judge the look before the main floor goes down.
How does heat affect industrial pours in Midland?
Summer heat shortens working time, so we use retarders, evaporation control and cooler placement windows. Large slabs may be split into smaller sections to keep finishing ahead of the set. Winter pours are less common but get blanket and heater plans when the forecast calls for freezing.