Last Friday, Gov. Spencer Cox stood in front of an American flag in the west desert of Tooele County, about eight miles past the ghost town of Delle, and announced that Utah will bid to host a federal Nuclear Lifecycle Innovation Campus. The site is roughly 55 miles west of Salt Lake City International Airport. Cows graze on the dusty grass. Dirt bikers use the trails. A rail line and a single power line run parallel to the washboard road that leads to the spot, and a mountain range separates the desert floor from the Great Salt Lake to the east.
The campus, if built, would not be a single reactor or a single plant. It would consolidate major parts of the nuclear fuel cycle in one location. Fuel fabrication. Enrichment. Reprocessing of spent nuclear fuel. Waste disposition. Potentially advanced reactors, manufacturing, and data centers. Cox estimated it could attract $50 billion in private investment and more than 10,000 jobs. He compared the potential economic impact to Hill Air Force Base.
It's an extraordinary claim for a state that has never operated a commercial nuclear reactor. Utah's relationship with nuclear technology runs through a different history. In the 1950s and early 1960s, winds carried radioactive fallout from the Nevada Test Site across southern and central Utah. Communities in St. George and Cedar City were blanketed with radioactive ash. Cancer clusters followed. The Navajo Nation, whose lands across the Colorado Plateau were mined for uranium to fuel the weapons program, still lives with more than 500 contaminated mine sites and elevated cancer rates. When Utah's governor stands in the desert and says nuclear technology is safe, not everyone in the state hears it the same way.
The bid
The U.S. Department of Energy issued a request for information in January, inviting states to volunteer to host Nuclear Lifecycle Innovation Campuses. The deadline for responses is April 1. Utah's bid is still being finalized. Cox told reporters the state is about a week away from submitting it.
The proposed site sits on land managed by the Utah School and Institutional Trust Lands Administration (SITLA), the state agency that generates revenue for public schools and hospitals by leasing state trust lands. Emy Lesofski, the governor's energy adviser, told reporters the state is eyeing thousands of acres in the area. The structure would likely be a land lease rather than a sale. Individual facilities would be developed and operated by private companies with their own investors, contracts, and financing.
Cox has framed the project as part of Operation Gigawatt, his broader strategy to expand Utah's energy supply and position the state as what he calls the energy capital of the world.
The demand argument is straightforward. Data centers now account for roughly 4% of U.S. electricity consumption and could reach 8 to 11% by 2030, according to the Energy Information Administration. Nuclear is the only carbon-free baseload source that can run continuously. Utah's population growth compounds the pressure. The United States currently has no commercial-scale uranium recycling, and limited domestic enrichment capacity leaves the country dependent on foreign supply chains. Used nuclear fuel still contains about 95% of its original energy potential, Cox said. France has been recycling spent fuel for decades, using technologies originally developed here. Every state bidding for this campus is making some version of that argument.
The argument that belongs to Utah specifically is water. The state is fighting over every acre-foot. The Great Salt Lake is in crisis. Cox said nuclear power uses less water per megawatt-hour than many conventional generation sources, and that if the state is serious about the lake, technologies that reduce water consumption matter. It is a claim that connects the nuclear campus to something nearly every Utahn already cares about, which may be why the governor keeps making it.
The Brigham City nuclear partnership announced last year projected 750 construction jobs, 600 permanent jobs, and $750 million in private investment in its initial phase. The Tooele campus would be substantially larger.
A Deseret News/Hinckley Institute of Politics poll published in March found that 52% of Utahns favor expanding nuclear power, below the national average of 59% found by Pew Research. The support skews male, younger, and wealthier. Millennials are the most enthusiastic. Boomers are the most opposed. Republican women were the most likely group to say they simply did not know what Utah should do. About half of Democratic women opposed nuclear power outright. An earlier poll from March 2025 put support at 49%, opposition at 31%, and 19% unsure. The public is open but waiting for answers, and the answers have not arrived.
What has not been answered
No final roster of private partners has been released. No capital stack, lease economics, or profit-sharing arrangements have been made public. No construction sequence has been specified.
Utah Physicians for a Healthy Environment has asked the questions that the bid has not yet addressed. Where will the water come from for a major industrial campus in one of the most arid landscapes in the state? What seismic risk do nuclear facilities face along the Wasatch Front, and what engineering standards will apply? What waste storage arrangements are planned, and who bears the long-term liability? These are not rhetorical objections. They are engineering and policy questions that must be answered before any facility can be licensed.
HEAL Utah has pressed on different grounds. Executive Director Lexi Tuddinham said an accident or catastrophe at the facility could have profound effects for those who live in the region. She called on elected leaders to adopt standards stricter than federal requirements. She warned against creating another generation of downwinders.
That word carries weight in Utah that it does not carry in most states. The Radiation Exposure Compensation Act expired in 2024 and has since been reauthorized and expanded, extending eligibility to all of Utah rather than just the rural southern counties originally covered. Over 8,300 Utahns have received compensation. Thousands more are still filing.
The state is simultaneously compensating its citizens for the last era of nuclear activity while inviting the next one.
Cost carries its own history. The NuScale small modular reactor project, which was meant to serve Utah municipalities through UAMPS, collapsed in 2023 after spending over $500 million without building a single reactor. Nationally, the only new commercial reactors completed in the last generation, Vogtle Units 3 and 4 in Georgia, came in years behind schedule and billions over budget. Utah backers argue that fuel-cycle infrastructure is a different engineering challenge than reactor construction. That may be true. But the burden of proof sits with a technology whose recent American track record on cost and schedule has given even its supporters reason to hedge.
The competition
Utah is not the only state that wants this. South Carolina and Tennessee are both moving fast. South Carolina's legislature unanimously advanced a joint resolution declaring the state the premier candidate. It generates more than half its electricity from nuclear power and is restarting the partially built V.C. Summer reactors. Tennessee has Oak Ridge National Laboratory, more than 230 nuclear companies, a Nuclear Energy Fund that has attracted billions in private investment, and a utility, TVA, that already operates four commercial reactors. Mississippi and Texas are also expected to bid.
Lesofski acknowledged the competition but expressed confidence, citing Utah's central-western location, rail access, transmission infrastructure, and remoteness. The DOE has not said how many campuses it intends to establish or whether multiple states could be selected. Utah's disadvantage is obvious: no operating reactors and no existing nuclear workforce. Its advantage is that it offers exactly what the DOE asked for: a remote site with infrastructure, political will, and available land, without the entangled utility politics and legacy cleanup obligations that complicate bids from states with decades of nuclear operations already on the books.
What happens next
The DOE deadline is April 1. Utah officials say they expect to hear back within months.
If the DOE selects Utah, the project would still face years of federal and state regulatory review, environmental impact assessment, and Nuclear Regulatory Commission licensing before any facility could operate. The legislative framework is in place. The governor signed three bills this session: SB135 authorizing the Office of Energy Development to pursue the campus, HB78 establishing a Nuclear Energy Regulatory Office within the state government, and SCR1 declaring Utah's intent to pursue agreement state status with the NRC. The Tooele County Council and the local chamber of commerce support the proposal.
The next public milestone is the Operation Gigawatt Summit on May 22 at the Grand Hyatt Deer Valley in Park City. Cox is hosting it as a working session on the broader energy buildout. Nuclear CEOs from Oklo, TerraPower, and Valar Atomics will be in the room alongside the director of Idaho National Laboratory, venture investors from Founders Fund and Future Ventures, Utah's full congressional delegation, and Vivek Ramaswamy. The summit is not about the Tooele campus alone. But the timing is deliberate. By May 22, Utah will have submitted its bid. The DOE may or may not have responded. Either way, the room will be a public test of whether the governor's ambitions have the industry and capital backing to match.
Tennessee has Oak Ridge. South Carolina has a fleet of operating reactors. Utah has no commercial nuclear history and a painful one with radioactive fallout.
What Utah does have is land, political will, infrastructure, and a governor who wants to move fast.
Whether that is enough depends on questions that have not yet been answered.
Do you live in Tooele County? Are you a downwinder, a nuclear industry worker, or someone with a stake in what gets built in the West Desert? Utahn wants to hear from you. Reach out at utahnjournal@proton.me.
