Data Center Site Development for Real Estate Developers and Landowners

A parcel becomes a data center site when three things line up: power within reach, fiber within reach and ground that will carry the building. A landowner who holds acreage along an interstate or a rail line usually has the second and third and is guessing at the first. A developer who has to decide whether to buy, option or walk away needs someone to test the guess before money is committed. That is the work we do for this segment, and it begins before there is a tenant.

Real estate developers and site owners carry different risks than operators do. They are selling or leasing a site, a pad or a building, so the product has to be explainable to a buyer's engineers on a short call. A graded pad with documented soil, a drainage design that has been through review and a utility corridor with real survey lines are all easier to sell than acreage with potential.

Texas has plenty of entitled industrial ground, and some of it is well suited to data center work. Conroe Park North is a 1,655-acre industrial park on a farm-to-market road two miles east of I-45, with four-lane concrete streets, city water and sewer and more than 40 companies. At Baytown, the Cedar Port park is described as a 15,000-acre master-planned industrial park with 57 miles of dual-service rail track and two barge dock terminals, next to a 960-acre rail-served park. Such parks have roads, water and utilities in place, and a data center user will test them for power capacity as well.

Other ground is raw land waiting for a use. In Taylor, an 87.97-acre tract has been reported as slated for a 135,000-square-foot data center, which shows that a parcel of that size can support a building of that scale with room for yards and utilities. Our pages on Conroe and Baytown describe local conditions in more detail, and we visit sites in any region of the state.

Ground conditions decide what a pad costs. Expansive clays in central Texas can lift and settle a slab, and a University of Texas at Austin report prepared with TxDOT and the Federal Highway Administration describes three methods for calculating the Potential Vertical Rise of an expansive soil, including a TxDOT correlation of plasticity index to swelling and two methods based on centrifuge swell tests. The takeaway for a landowner is that a soil boring and a swell test cost little compared to the cost of a failed slab, and that the result can be turned into a pad specification a buyer can accept. See our work on mass grading and site development for how we convert a geotechnical report into a grading plan.

Water on and under the site is the second diligence item. The Texas Water Development Board's first state flood plan was built from 15 regional flood plans, and its regional planning groups map where drainage problems are expected. On the Edwards Aquifer recharge, transition and contributing zones, TCEQ requires a reviewed and approved plan before building, and the agency states that technical review of an administratively complete application takes 90 days. A parcel in that zone is not unbuildable, but its schedule and design are different, and the price should reflect it. Detention design is covered in stormwater and detention.

Zoning is the first gate. A parcel zoned for light industrial use may allow a data center by right, while another may require a specific use permit and a public hearing. Texas municipalities adopt building codes by ordinance, with the International Building Code as the statutory baseline and local amendments on top, so two cities within the same metro can review the same building differently. We build a short entitlement memo for each parcel that lists zoning status, floodplain, aquifer or other overlay, utility provider and permit sequence.

For developers who plan to sell or lease the site, the memo doubles as a marketing document. Tenants and buyers want to know what has been approved, what is pending and what remains to be done, and the memo answers that without a meeting. Owners who intend to attract a specific operator type can read how those buyers think on our pages for colocation and wholesale operators and hyperscale cloud providers.

A pad-ready site attracts several kinds of users. Cloud providers look for large contiguous parcels with power. Colocation operators look for shells they can partition. Enterprise users want smaller, discreet sites with flood and weather resilience. Utilities and power developers sometimes want the same land for storage, generation or a substation. A site that suits more than one user is easier to sell, and we help owners keep that flexibility by designing grading, access and utility corridors that do not lock out options.

We also help owners think about who will actually be the tenant. A parcel with a short path to a substation but poor fiber is a candidate for a campus whose operator can pay for a long fiber lateral. A parcel with strong fiber but little power is a candidate for a small colocation building or an edge facility. Matching the parcel to the right user is the difference between a site that sits and a site that sells.

We manage the early works that convert raw land into a site: clearing, mass excavation, compaction to specification, utility trenching, detention basins, and access roads. Because we schedule and track that work item by item, we can quote a unit price for each item and share production rates, which lets a developer test different phasing options before committing. For a parcel that will be built in stages, we grade the full pad to the first phase and leave the later phases rough-graded with protected drainage.

Subsidence is a reminder that ground behavior varies by region. Click2Houston reported on May 14, 2026, citing Harris-Galveston Subsidence District data, that parts of the Katy area have sunk about 14 inches from 2007, with one monitoring station recording more than 14 inches of subsidence between 2007 and 2025. That is a different problem from clay shrink and swell, and it affects flood elevation and utility alignment. A developer buying near the Gulf Coast should ask for local data, and our team uses it to select foundation types and finished floor elevations. Compare how utilities and power developers account for similar risks in their yards.

Send the parcel boundary, the utility provider and any studies you have. We will return a diligence summary and a pad plan with a price range.

Can you test whether a parcel will support a data center before we buy it?

We can review power distance, fiber routes, soil, floodplain, zoning and access in a short diligence package. It does not guarantee utility capacity, which only the utility can confirm, but it identifies the issues that most often change the price.

What should a landowner do first to make acreage more marketable?

Obtain a survey, a geotechnical report, a floodplain determination and a letter or call record from the electric provider on available capacity and distance to the nearest line. Those four items answer a buyer's first questions.

Is it better to sell raw land, a graded pad or a finished shell?

Raw land sells fastest and at the lowest price. A graded and permitted pad usually commands a higher price and attracts operators who want schedule certainty. A build-to-suit shell involves tenant commitments and more capital. We can price all three.

Does a site on the Edwards Aquifer zone rule out a data center?

No, but it requires a plan reviewed and approved by TCEQ before building, and the agency states that technical review takes 90 days once an application is administratively complete.

Do you build speculative shells?

Yes, we build shells for developers who want to lease to a tenant later, using the same phasing and cleanliness practices we use for operators.