Valar Atomics files plan for 9.6GW nuclear data center campus in Utah

October 4, 2026 at 02:25 AM2 min

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Valar Atomics has filed a proposal to place 456 nuclear reactors on over 9,000 acres of federal land near Price, Utah, to supply data centers with 9.6GW of power. The project, called Project Beehive, would generate more than twice Utah's current average output. Major work cannot begin until the Bureau of Land Management completes its review under the National Environmental Policy Act.

Key Facts

Valar Atomics has filed a proposal for 456 nuclear reactors on over 9,000 acres of federal land near Price, Utah.
The proposed 9.6GW output is more than twice the 4GW Utah generates on average today.
The project would supply roughly 7 to 7.8 million homes' worth of electricity, but none of it is intended for residential use.
Valar Atomics has raised $1 billion in a Series B round led by Sequoia Capital and secured a further $200 million in credit.
Non-nuclear work is planned to start in late 2026, with reactor operations in 2028 and full campus completion in 2032.

Project Scope and Power Output

Valar Atomics has filed a proposal to place 456 nuclear reactors on over 9,000 acres of federal land around Price, Utah, supplying computing facilities with 9.6GW. Each unit would generate 25MW, allowing the company to build the site in stages as computing demand grows. Valar also wants roughly 650 additional acres controlled by Utah, which would push the total footprint of the campus above 9,650 acres. The proposed 456 reactors would reportedly produce roughly 9.6GW, which is more than twice the 4GW that Utah generates on average today. At a US household average of 900 to 1,000 kWh per month, 9.6GW running continuously would supply roughly 7 to 7.8 million homes.

Regulatory Review and Local Concerns

Major work cannot begin until the Bureau of Land Management, an Interior Department bureau, finishes checking that the application is complete and conducts the review required under the National Environmental Policy Act. Under NEPA, the agency studies environmental effects and may invite public participation, which would give opponents and supporters a formal route to speak on the project. Groups in the area have raised concerns about the campus's size and location, as well as proposed waste storage and industrial activity on public land. The proposal plans for non-nuclear work to start in late 2026, reactor operations in 2028, and completion of the entire campus in 2032.

Technology and Funding

The reactor design relies on helium coolant, graphite and TRISO fuel, and Valar plans fuel manufacturing plus storage for nuclear waste on the same grounds. Valar describes the campus as grid-independent, meaning it would generate its own electricity rather than draw from the power grid. Valar has raised $1 billion in a Series B round led by Sequoia Capital and secured a further $200 million in credit.