Data Center Construction in Odessa, Texas

Energy producers and service companies in Odessa run telemetry, dispatch, safety and accounting systems that cannot stop when a rig is working, and we build the secured rooms and buildings that keep those systems alive. A typical Odessa project is a data hall of modest size with outsized reliability: an insulated shell on a stiff slab, two electrical feeds if the utility can provide them, a generator with fuel for a long outage, cooling that tolerates dust and heat and a fence line that keeps vehicles away from the building.

The city's industrial sites are built around heavy equipment, and construction here has a particular rhythm. A $50 million regional headquarters for an oilfield services company broke ground in March 2024 at Leeco Industrial Park in Odessa, with a 42-bay maintenance shop, a 6-bay truck wash, a 50,000 square foot warehouse, offices and a training center, supported by a $2.5 million grant from the Odessa Development Corporation. We name no company because the point is the building type: large steel structures with deep pads and yard areas, which is the same kind of work required for a power and cooling yard.

For an owner who wants to place a data center in that setting, the questions are simple: can the park deliver power, will the ground support the load and can the building be operated safely beside oilfield traffic?

The shell is straightforward. We use tilt-wall panels, precast or a steel frame with insulated metal panels, depending on the schedule and the owner's preference. The slab is thicker and more tightly controlled than a warehouse slab, with embedded conduit and equipment bases cast in. Outdoor equipment such as chillers, transformers and generators sits on engineered pads with containment and drainage, as described on our page for chiller and cooling plant pads.

Inside, the work is the same as anywhere: electrical rooms, battery rooms, mechanical rooms and one or more halls, with fire protection, access control and monitoring. For field-oriented users that need remote operations capability, we also build a small network operations center with its own power and cooling so the operators can work through an incident.

The Railroad Commission's notice of September 24, 2021 reports two magnitude 3.6 earthquakes northeast of Odessa, in February 2020 and May 2021, and concludes that saltwater disposal injection likely contributes to the seismic activity. The commission suspended deep disposal well permits across the Gardendale Seismic Response Area, covering 33 wells, effective December 31, 2021. Midland and Odessa share the area, so we handle the topic in a consistent way across both.

Our approach is to treat the exposure as a design criterion and to document it. We ask the structural engineer to define the criteria, we restrain equipment accordingly and we keep a record of what was done for the owner's insurer. We then describe the remaining risk in plain language, so that nobody is surprised by it later. Our integrated systems commissioning tests include checks of equipment restraint and of the response of protective devices to disturbance.

TxDOT's April 2025 notice proposes widening about five miles of Loop 338 in Ector County from East Yukon Road to U.S. 385 North, from a four-lane divided highway to a four-lane freeway with frontage roads, growing the right of way from about 200 feet to 400 feet, with overpasses at Grandview Avenue, 87th Street and 100th Street. If built, it will change access along a corridor with many industrial properties. In the meantime, the corridor is a working truck route.

We plan deliveries with that in mind. Oversize equipment is scheduled with the transportation department's permit requirements, escorted when required and staged near the site if a gate is not yet ready. Our fast-track scheduling approach compresses the program, and our generator yards and fuel systems work shows how we prepare pads for the heaviest units.

Cost drivers in Odessa include competition for trades with the oilfield, seismic design, utility extension and the effect of dust and heat on equipment. Labor in a basin economy can swing with commodity prices, so we ask subcontractors for firm quotes with validity periods and we recommend that owners commit early when the market is busy.

Equipment cost is the other large item. Filtration, derating and enclosures for a dusty climate add cost, but they protect uptime. The owner decides the level, and we show the cost and the benefit of each option. Developers who want to prepare sites on speculation will find useful context on real estate developers and site owners, and owners weighing alternatives in the same basin can compare Midland.

Energy companies are the obvious users, but they are not alone. Utilities and power developers build and operate substations and control rooms, and the page on utilities and power developers covers owners with specific requirements. For the wider basin, including remote sites along the interstate, see the Permian Basin belt. Healthcare and education institutions in the basin also need dependable systems, and so do banks and county governments.

The construction approach is the same: confirm power, test the ground, set the building and the yards, and commission the result. The details vary with the user, and we listen first so that the building fits the operations.

Send the parcel, the load and the operating requirements. We will reply with a scope, a list of open items and a draft schedule.

Does an industrial park need rezoning for a data center?

Not always, but the permitted uses and covenants must be checked. Many industrial parks allow office and technology uses, while some restrict generators or fuel storage. We read the zoning and covenants before the owner commits to the land.

How do we protect equipment from dust?

We specify filtration, positive pressure in critical rooms, sealed building envelopes and covered air intakes. During construction we keep the building closed in, clean surfaces regularly and test for particles before energizing equipment. The owner decides the cleanliness target.

Should the building be hardened against earthquakes?

The structural engineer sets the criteria after reviewing the site, the building use and the code. We build to those criteria and make sure equipment restraint and flexible connections are installed correctly. Owners who want to go beyond code can discuss costs with us.

How long does a small data hall take to build?

A compact building with straightforward systems can be designed, procured and built in a year or less if power is available and equipment is ordered early. The utility and the equipment are the likely long poles. We provide a schedule with dates for each.

Can generators and fuel tanks sit next to oilfield operations?

Often yes, since industrial neighbors are used to engines and fuel. The limits come from setbacks, spill containment rules, fire code separation and the lease or covenants of the park. We draw the yard with each clearance dimensioned and review it with the fire marshal before the design is final.

What should an owner ask the utility before buying land?

Ask for the available capacity at the nearest substation, the voltage and route of the likely service, the study timeline and the cost split for extensions. Also ask whether the feeder is shared with large industrial customers whose loads swing, because that affects power quality. We attend those conversations when the owner wants us there.