Valar Atomics' 9.6GW Utah Nuclear Data Center Plan

TL;DR: Valar Atomics has filed plans to build 456 small nuclear reactors on more than 9,000 acres of federal land near Price, Utah, for a data center campus, according to Data Center Dynamics. The reactors would total roughly 9.6 gigawatts — more than twice the state's average grid output. The company is private. There is no public stock to buy.

What Valar Atomics Is Proposing

I read permitting filings the way I read a pitch deck: downside first. Before you get to the number — 9.6 gigawatts, here is what actually happened. Valar Atomics, a nuclear startup founded in 2023, has filed to build a development called Project Beehive on more than 9,000 acres of Bureau of Land Management land near Price, in Carbon County, Utah, according to Data Center Dynamics, which cites documents first reported by NPR and the Salt Lake Tribune. The proposal pairs 456 small modular reactors (SMRs) with data centers, a nuclear fuel production facility, and a waste storage site. That's four pieces of heavy industrial infrastructure, filed as one application.

Together, the 456 reactors could total roughly 9.6 gigawatts of electrical capacity, per Data Center Dynamics. For scale: Utah's entire grid currently produces only around 4 gigawatts of electricity on average, with summer peak capacity reaching about 10 gigawatts, according to Jingletree's report. One company is proposing a buildout that would nearly match the state's entire peak draw. Nonnuclear construction could start by the end of this year, with the first reactors targeted for 2028 and the full build-out running through 2032.

Valar has also sought roughly 650 acres of state land as part of the same project, according to Jingletree. The Bureau of Land Management has confirmed receiving an initial application for the federal portion. Filed is not built. I want that distinction on the page before anything else.

The Reactor the Plan Is Built On

Valar's proposed design is a Generation IV high-temperature gas reactor. The company's 5-megawatt test unit, Ward 250, completed a zero-power fueled criticality demonstration at the Utah San Rafael Energy Lab in Emery County in June, according to Data Center Dynamics. That's a real, measured milestone, for one small test reactor.

It is not the same thing as 456 commercial-scale reactors operating on a federal lease. I spent years signing off on QA jobs on a nuclear submarine before I spent years raising and losing capital in private markets, and both jobs taught the same rule: verify before you trust, downside first. A criticality test on a 5MW unit tells you the physics works at small scale. It does not tell you a company can permit, finance, and build 456 reactors to a federal timeline that holds. Those are three different kinds of risk, and the press release collapses all of them into one number.

Deal Autopsy: Project Beehive, Confirmed vs. Projected

Here's the file, broken out line by line.

Element	Status	Source
BLM application filed	Confirmed — agency has received it	Data Center Dynamics
~650 acres of state land sought	Confirmed — Valar has sought it	Jingletree
Ward 250 criticality test	Confirmed — completed June 2026	Data Center Dynamics
456 reactors built and operating	Projected — target 2032	Data Center Dynamics
9.6GW online	Projected — depends on every reactor above	Data Center Dynamics
Federal environmental review	Not yet reported	—

Half of that table is confirmed. The other half is still a plan, or not yet reported.

Can I Invest in Valar Atomics Right Now?

No, not through any public market, and not through this land deal. Valar Atomics is a private company. There is no ticker, no public filing an individual investor can act on, and nothing in the sourced reporting indicates a retail offering is planned. If you're newly accredited and asking how to get exposure to the AI-and-power theme this project represents, the honest answer is: not through Valar, not yet, and not through this specific land deal regardless of what gets approved.

What you can actually underwrite today isn't Valar. It's the thesis underneath it: AI data-center demand is outrunning grid capacity, and somebody has to finance that gap before the GPUs show up. That's the angle AIN has already covered in infrastructure debt and in data centers as an alternative asset class. A near-identical permitting-ahead-of-power gap shows up in Europe's data center buildout, where announced pipeline dwarfs live capacity by more than 6 to 1. The same structural question, access without an operating asset, runs through the private-equity side of AI infrastructure too, including deals like Aligned Data Centers.

Common mistakes

• Treating a federal land application as a built project. An initial BLM filing and a sought state lease are permitting steps, not a commissioned reactor fleet. Projects this size routinely take years longer than a company's own timeline states.
• Reading 9.6GW as current capacity. That figure is the total only if all 456 reactors are eventually built and operating, a 2032 target, by the company's own account.
• Confusing a criticality test with proof the fleet works. Ward 250 is one 5-megawatt unit that completed a zero-power test. That tells you the design's physics checks out. It tells you nothing about financing, permitting, or building 456 of them on schedule.

FAQ

Is Valar Atomics publicly traded? No. Valar is a private company. There is no public stock, and nothing in the sourced reporting names a retail offering.

How much power would Project Beehive actually produce? The proposal's 456 reactors could total roughly 9.6 gigawatts of electrical capacity if fully built, more than twice Utah's current average grid output of about 4 gigawatts.

When would the reactors come online? The company's own timeline targets the first reactors live in 2028 and the full 456-reactor build-out by 2032. Nonnuclear construction could start as soon as late 2026.

Has any part of this actually been approved? Valar has sought roughly 650 acres of state land and the Bureau of Land Management confirmed receiving an initial application for the federal portion. The reactors themselves are not approved or built.

Why does the gap between filed and built matter to an investor? Because press coverage of a filing reads like coverage of a finished plant. They are not the same risk. Downside first: ask what's confirmed before you ask what's possible.

The Bottom Line

Watch the BLM's response to the initial application, not the company's press cycle. A federal environmental review for a project this size, on this much public land, is the step that will actually tell you whether 2028 is realistic, and it's the step nobody in this round of coverage has reported yet.

If you want the broader AI-infrastructure thesis, where the real financing gap is, and where an accredited investor can actually stand in it, that's what goes out in the free AIN briefing. I'll send you the next one.

Educational content only. Not investment, tax, or legal advice. Not an offer or solicitation to buy or sell securities. Past performance does not guarantee future results. Private-market investments are illiquid and involve risk of loss, including total loss of capital. Consult qualified advisers. Angel Investors Network is not a broker-dealer or investment adviser.