Integra Files Application for $8 Billion, 756MW Data Center Campus in Quanah, Texas

Texas continues to cement its position as one of the most active data center markets in the United States, with a new large-scale development proposal now moving through state regulatory channels. The filing underscores the sustained investor appetite for hyperscale capacity in the region, even as concerns over power availability and water consumption increasingly shape project design.

19000-200 Holdings, LLC has filed an application with the Texas Department of Licensing and Regulation for a single-story data center in Quanah, located in Hardeman County. The project calls for a 288,355 sq ft (26,790 sqm) facility at 4628 Four Corners Road, with construction scheduled to run from November 2026 through the end of December 2028.

According to the filings, the so-called "clocktower" project would see $8 billion invested. The listed address of 19000-200 Holdings, LLC matches that of data center solutions provider Integra, which delivers turnkey data center construction and infrastructure services. According to a dedicated project website from Integra, the campus could total 756MW and will use closed-loop cooling systems to reduce water use. Details on which end user or users Integra might be developing for have not been shared.

Named for Quanah Parker, the last Comanche chief, Quanah is a city in and the county seat of Hardeman County, close to the state border with Oklahoma. It is less than 30 miles from Childress, where Iren and Crusoe are developing data center campuses, suggesting the emergence of a new cluster of large-scale digital infrastructure in the region.

The proposal reflects the broader race among developers to secure land, power and regulatory approvals in Texas, where gigawatt-scale campuses are becoming increasingly common. If realized, the 756MW Quanah campus would rank among the larger single-site data center developments in the state, and its use of closed-loop cooling signals a growing emphasis on water efficiency as operators respond to local sustainability pressures.