Service Areas

Tilt Wall Construction in the Permian Basin

Tilt-up shops, yards, warehouses and office buildings for oilfield owners across the Permian Basin, from Pecos to Big Spring, with seismic-aware design.

Oilfield owners between Pecos and Big Spring need shops, warehouses and offices that go up fast, hold heavy loads and can be duplicated at the next yard, and tilt-up is built for that. The Permian Basin covers more than 86,000 square miles, averaged 4.2 million barrels of crude oil a day in 2019, and has Midland, Odessa and San Angelo as headquarters for much of the activity, according to a public reference. A region that large has a lot of yards, and each yard wants the same few buildings: a maintenance shop, a parts warehouse, a wash bay and a small office.

We build them as a package. Once the first yard has a prototype, the second yard can use the same drawings, the same panel layouts and the same crane plan. Repetition saves design time, speeds permits and cuts risk. Because panels are cast on the slab, a crew can move from one yard to the next without waiting for a fabricator.

Across the region, sites vary. Some are inside a city with municipal utilities, others sit on a county road with a well and a septic system. The details of each, along with seismic and climate issues, decide how we price and schedule the work.

One team, many yards

We manage the concrete and panel work that sets the pace of a yard: grading, footings, slab, casting bed, panel casting, lift and bracing, and we coordinate the steel erector, the electrical contractor and the equipment suppliers. A mobile crew can build in Pecos in one month and Big Spring in the next, using the same practices and the same safety plan.

Standard buildings keep cost down. A shop with 12 bays, a parts warehouse with a mezzanine and a small office on a single slab can be repeated with only minor changes for site conditions. Our design-build tilt wall approach lets an operator hand us a program and receive a priced prototype, and our tilt wall building construction page lists the scope.

Seismic response areas and injection wells

The Railroad Commission expanded the Northern Culberson-Reeves Seismic Response Area from 2,366 to 2,601 square miles after a magnitude 5.4 earthquake in Reeves County on November 16, 2022, and the area has 78 active disposal wells. Operators agreed to reduce deep-well disposal to 162,000 barrels per day from 298,000, a cut to be in place by June 30, 2023. TexNet recorded seven earthquakes in northern Culberson and Reeves counties from November 8 through December 17, 2023, with magnitudes 3.6 to 5.2, and the commission suspended deep disposal permits covering 23 wells beginning January 12, 2024.

The Stanton Seismic Response Area page reports that after a magnitude 4.4 earthquake on April 10, 2024, operators committed to an additional reduction of 29,000 barrels per day, for a combined 84,000 barrels per day (29 percent) decrease since November 2023. Those numbers explain why a design engineer should look closely at the site. A tilt-up building is stiff and heavy, which is useful, but panel connections, roof diaphragms and openings are the details that matter. We ask the engineer of record to set the design basis for the site, and we build to it.

Monitoring, permits and local rules

A December 2023 Railroad Commission notice requires new and amended disposal well permits in Oil and Gas Districts 7C, 8 and 8A, and in Fisher County, to report bottomhole pressure measurements and daily injection volumes and pressures, and asks the same of existing wells permitted for 5,000 barrels per day or more. For a builder, the notice matters when a project includes a disposal facility, a pump building or a control room, since the owner will need monitoring equipment and a place to house it.

Building permits are issued by the city or county where a site sits, and some rural sites have little or no local review. Texas sets the International Building Code as the baseline for municipalities, but a county site may follow different rules, so we ask early which review applies and who will inspect. Regardless, we build to the engineered design and keep inspection records for the owner and the insurer.

Three kinds of Basin site

City sites such as Midland and Odessa offer utilities, labor and highways, but land costs more. Smaller towns offer cheaper land and a closer position to the field. Big Spring, a public reference says, sits at the crossroads of US Highway 87 and Interstate 20, with I-20 running 40 miles west to Midland and 108 miles east to Abilene, and has a refinery and several correctional facilities. Pecos, the Reeves County seat, sits on I-20 and US Highway 80.

Remote sites sit near the wells. They may have no utilities, a gravel road, a generator and a water truck. The building still needs a slab, walls and a roof, and the cost of delivering those on a remote site depends on road quality and distance. We price remote sites separately and call out the haul and mobilization items.

Climate, heat and the pour calendar

A public reference describes Pecos as a semiarid to desert city with average annual precipitation of about 10.48 inches and a record high of 118 degrees Fahrenheit. Treat the climate numbers with care, but the message is familiar to anyone who works in the region: summer heat is severe, rainfall is scarce and storms can be sudden. Heat affects concrete. We pour at night or early morning in summer, protect fresh slabs from rapid drying and avoid casting panels in the hottest hours.

The oil business moves in cycles, so owners often need a building quickly when activity picks up. We can compress schedules by ordering joists, doors and electrical gear early, by repeating a prototype and by keeping a crew available. See long-lead procurement for how we book the items that control the date.

What changes the price across the Basin

Distance, utilities and site preparation change the price more than the building does. A shell on a paved lot inside a city costs less than the same shell 90 miles from the nearest ready-mix plant. Water for concrete, power for welders and a place for crews to stay can all become line items on a remote site.

We show the shell, the site and the remote-site items separately, so an owner can compare yards on equal terms. We also offer a base-plus-alternates structure: a base building that meets the core program, and alternates for additional bays, mezzanines, cranes or yard paving. See industrial developers and REITs and San Angelo for more regional context.

Send the yard program

Send the bay count, warehouse size, office area and site list. We will price a prototype and a schedule for the first yard and the ones that follow.

Common Questions

Can you build the same yard in several towns?

Yes. We prepare a prototype set of drawings, then adapt it to each site's soil, drainage, utilities and permit rules. Repetition saves design time and permit review.

How does earthquake activity affect design?

We ask the engineer of record to confirm the design basis for the site and check panel connections, roof diaphragms and openings. The area's response zones and permit changes show that activity is real, but a properly designed building handles it.

What does a remote site add to the price?

Mobilization, hauling, water, power and housing for the crew. We list these items separately so you can compare sites.

Do county sites need building permits?

It varies. Some counties and unincorporated areas have limited review. We confirm what applies and build to an engineered design either way.

How quickly can a prototype building go up?

From a signed contract with drawings ready, a shop-and-warehouse building can be dried in a few months after the slab, depending on site conditions and material lead times.

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