Billions of dollars have been announced for data centers in Oklahoma, and a steel building contractor should say plainly where it fits in that. The big halls that house servers for hyperscale operators are specialized projects, usually run by national teams with their own standards. Where a pre-engineered metal building firm does earn its place is everything around them and the smaller facilities that do not need that scale.
That list is longer than it sounds. Every campus needs maintenance shops, spare parts warehouses, equipment staging, security and visitor buildings, generator and switchgear enclosures, fuel and water service buildings, and laydown space for the construction period. Smaller operators also build edge and regional sites of a few thousand to a few tens of thousands of square feet, and a steel shell can be the right answer for a project that wants speed and clear space.
We talk with owners about both ends: the support buildings that must be done early so the main work can proceed, and the compact data facilities that sit on a business park lot. Either way, we are not going to pretend that a steel frame replaces the mission-critical engineering. We build the structure and envelope to that engineer's requirements.
The scale is large. In April 2026, Meta announced a $1 billion, 2-million-square-foot data center at the 2,000-acre Fair Oaks industrial innovation park in east Tulsa, expected to be operational in 2028, with more than 1,000 construction jobs at peak. In October 2025, an infrastructure developer announced a campus on unincorporated land north of Tulsa that the Tulsa Regional Chamber said will reach $3 billion across multiple phases, with up to four facilities close to 1.2 million square feet in total and the first phase scheduled for summer 2027. In August 2026, a local news report described a 506-acre campus in unincorporated Tulsa County west of Owasso, near Cherokee Industrial Park.
Not every proposal becomes a building. In Enid, a September 2026 report described a proposal for four data center campuses with developers estimating up to $35 billion in capital investment, but with rezoning filed for two sites and no city approval yet. We treat announcements as signals of demand for support buildings, not as promises. Our pages on Owasso and Enid note the local setting.
The strongest fit is the building that supports the data hall: the central warehouse where spares and racks are received, the shop where crews prep equipment, the enclosure for generators or batteries, and the yard buildings for chillers, pumps and fuel. These are rectangular, clear-span buildings with heavy doors and good slabs, which is what pre-engineered steel does well. Our warehouse metal shells service covers the shell part of that work.
The second fit is the small facility. A regional operator might want 10,000 to 30,000 square feet with a controlled environment, redundant power, and a loading area. A steel frame with insulated panels and a roof designed for rooftop equipment can serve, as long as the mechanical and electrical engineer agrees on loads and clearances. For the full list of envelope options, see insulated metal panels.
Data center sites live or die on power and water. The state commerce department reports that Oklahoma produces 61% more energy than it consumes and that renewables generate 47% of total electricity, and its notes on the Traverse Wind Energy Center put that facility at 998 MW. For an owner this means the question is less about supply and more about interconnection, transformer lead time and how the utility schedules a new service.
Water is the other thread. The Oklahoma Water Resources Board maintains water permit applications and a pending water use permits dashboard, and cooling choices decide how much water a site draws. On the ground, we deal with the pad: compaction, drainage, tie-ins and flood and tornado risk. Where a campus lies near a river or creek, flood maps affect the elevation of the building and the equipment inside it.
A private data center follows the building code of its city or county, which in much of Oklahoma means the International Building Code edition the local jurisdiction has adopted, unless a local ordinance says otherwise. Unincorporated land may have lighter local review but still needs electrical and fire approvals, so we confirm the authority at the start.
If the owner is a public body, such as a school district or a municipal authority building a technology facility, the Public Competitive Bidding Act applies. Contracts over $100,000 go to the lowest responsible bidder through sealed bids, with a 5% bid security. We can lay out the steps for municipal and public works owners. General contractors do not need a state license, but the electrical and mechanical trades do.
Hazards on these sites are ordinary but serious: high wind, lightning, flooding, and the National Weather Service tornado record of 4,518 events from 1950 to the present, with 2024 the busiest year at 152. We design for the local wind speed, brace temporary frames during erection, and follow a stop-work plan when storms approach.
Security rules add a layer. Many sites require badge control, background checks and photo restrictions, and the owner may have its own safety program. We are used to working under an owner's site rules and to coordinating deliveries with a gate schedule. Read how a similar discipline plays out in our manufacturing plant work.
Construction traffic is its own safety issue on a large campus. Hundreds of workers, concrete trucks, cranes and deliveries share a few access roads, and the support buildings we erect early often serve as the staging ground for everyone else. We plan laydown, lift zones and delivery windows with the general contractor so steel deliveries do not block the gate.
Tell us the site, the power timeline and which support buildings you need first. We will respond with a plain scope, a rough budget and an honest view of what steel does well and what belongs to a specialist.
For small and edge sites, it can. For large halls, the structure is typically more specialized. We build the shell to the mission-critical engineer's loads and clearances and we are clear about what we are not engineering.
As early as the site allows. Warehouses, shops and equipment yards are needed during construction, so they often become the first permanent buildings on a campus. Starting them early shortens the main schedule.
Announcements do not always become buildings. We write contracts with clear milestones and cancellation terms so that steel orders and site work are not stranded. Ask us about staged releases.
Oklahoma has recorded significant earthquakes, including magnitude 5.8 near Pawnee in 2016 and 5.7 near Prague in 2011. The structural engineer sets seismic requirements for the site, and equipment anchorage is part of that review.
Tell us about the site, the building and the schedule, and we will set up a review of scope, schedule and permitting.
See the services, building types and industries we plan and manage across Oklahoma.