Massive Utah Data Center Campus Would Consume Nuclear Power Intended for Millions of Households
Valar Atomics has proposed Project Beehive, a massive data center complex on over 9,000 acres of federal land near Price, Utah, powered by 456 small modular nuclear reactors generating 9.6 gigawatts of electricity. This power generation capacity would be sufficient to supply between 7 and 7.8 million homes with electricity at typical U.S. consumption rates, representing more than twice Utah's current average power generation. However, all of this nuclear-generated power would be dedicated exclusively to operating the computing facilities rather than contributing to the local or regional electrical grid.
Valar Atomics' proposal represents a significant shift in how computing infrastructure might be powered. The company selected a site near Price, Utah after reconsidering an alternative location closer to Green River, ultimately requesting both federal and state-controlled land parcels. The facility's modular design enables phased construction, with individual reactors generating 25 megawatts each, allowing expansion to match growing computational needs over time.
Beyond electricity generation, the nuclear complex would supply thermal energy to industrial manufacturing operations on the same campus. The reactors would operate independently from Utah's electrical grid, utilizing helium cooling systems with graphite and TRISO fuel. Notably, Valar plans to conduct fuel manufacturing and nuclear waste storage directly on-site, creating a self-contained industrial ecosystem that would require approval from the Bureau of Land Management and environmental review under federal law.
This proposal could reshape energy consumption patterns in the American West, concentrating vast power resources toward computational infrastructure rather than residential or broader grid distribution. Communities near Price may experience employment opportunities alongside concerns about long-term environmental impacts and land use. The project could influence how tech companies approach power procurement nationally, potentially establishing precedents for dedicated nuclear facilities serving data centers—affecting regional energy policy, nuclear development timelines, and competition for federal lands among different industrial users.