The U.S. Department of Energy on 13 January 2026 unveiled a $2.7 billion, decade-long program to rebuild the nation’s uranium-enrichment capacity, starting with a $900 million award for an expansion at Centrus Energy’s plant in Piketon, Ohio, in a bid to secure fuel for both today’s reactors and the next wave of small modular designs.
The initiative marks Washington’s most ambitious effort in more than a generation to close a strategic gap that has left American utilities and clean-energy developers heavily dependent on Russian supplies of enriched uranium. By spreading multiyear contracts across several domestic suppliers and focusing on high-assay low-enriched uranium (HALEU), the Energy Department aims to insulate the country’s reactor fleet from geopolitical shocks while accelerating its broader climate-policy goals.
Early program details released by the department outline a two-track strategy. Roughly $1.8 billion will be split among facilities owned by American Centrifuge Operating, General Matter and Orano Federal Services to scale up HALEU production, the fuel of choice for most advanced reactor blueprints. Another $900 million is earmarked for Centrus’ existing plant, turning a long-dormant complex in southern Ohio into the nation’s first commercial HALEU refinery. A separate $28 million tranche will support Global Laser Enrichment’s next-generation technology pilot, positioning the U.S. for possible breakthroughs in efficiency.
Centrus Energy, which publicly disclosed the size of its award, said the funding underwrites “a multi-billion-dollar expansion” of centrifuge cascades and ancillary systems at the Pike County site, with construction slated to begin later this year and first commercial output expected in 2028 Centrus statement.
The Energy Department framed the broader package as the linchpin of a comprehensive industrial-base rebuild: “This investment restores a critical capability that the United States ceded decades ago and is essential for both energy security and the clean-energy transition,” the agency said in its formal notice of awards DOE announcement.
Why the money matters
After the Cold War, U.S. enrichment plants shuttered one by one as cheaper Russian and European capacity flooded the market. Today, Moscow controls an estimated 40 percent of global enrichment services and holds the world’s only commercial-scale HALEU production line—an uncomfortable reality for American utilities grappling with sanctions risks and for start-ups banking on advanced reactors. Congress has already mandated an end to Russian uranium imports by 2028, making the new federal funding as much a national-security imperative as an energy-policy choice.
HALEU, enriched to between 5% and 20% uranium-235, packs more fissile material into the same volume of fuel, enabling compact core designs and longer operating cycles. That efficiency unlocks smaller plants, potentially lower capital costs and more flexible deployment, all of which underpin many companies’ carbon-free-power pitches for the 2030s.
Program architecture and beneficiaries
People familiar with the award process say the Energy Department will structure the 10-year contracts to guarantee baseline off-take volumes, allowing companies to raise private capital against the steady federal revenue stream. The internal breakdown allocates:
- $900 million to American Centrifuge Operating for HALEU production
- $900 million to General Matter for parallel HALEU capacity
- $900 million to Orano Federal Services for low-enriched uranium (LEU) fabrication
- $28 million to Global Laser Enrichment to pilot laser-based separation technology
Energy Secretary Chris Wright framed the allocations as a calculated blend of proven centrifuge methods and forward-leaning R&D. “We are laying the rails for both today’s gigawatt-scale fleet and the reactors that innovators are racing to deploy next,” he said in prepared remarks.
Industry ripple effects
Analysts tracking nuclear-fuel markets note that uranium prices have hovered near a 15-year high of $80–$100 per pound amid tightening supply and growing demand signals. Long-term federal contracts could further stabilize price expectations, spurring upstream mining investment in states such as Wyoming, Utah and Texas. At the same time, utilities facing pressure to decarbonize see the domestic-fuel initiative as a hedge against sanctions risk and shipping disruptions.
Centrus CEO Daniel Poneman called the award “a generational opportunity” to reanchor the entire uranium-value chain on U.S. soil. The company’s Ohio plant, once part of the government-run Portsmouth Gaseous Diffusion complex, currently operates a small demonstration cascade capable of producing kilogram quantities of HALEU. The new funding will expand output to tons per year, giving advanced-reactor developers their first non-Russian commercial option.
Geopolitical calculus
Russia’s dominance in enrichment is not merely a matter of price. Its state-owned giant, Tenex, holds a near-monopoly on HALEU, and Rosatom’s sprawling state apparatus bundles fuel contracts with attractive financing for nuclear-power projects abroad. Western governments have grown wary of this leverage, especially after Moscow’s 2022 invasion of Ukraine triggered sweeping economic sanctions in other sectors.
By fortifying domestic capacity, the U.S. also aims to bolster its negotiating position with allies pursuing nuclear projects. European and Asian partners anxious about over-reliance on Russia could benefit from a trans-Atlantic supply chain anchored by American enrichment services.
Technology mix and risk
While centrifuge plants remain the workhorse of enrichment worldwide, the DOE’s $28 million bet on laser-based separation reflects a desire to diversify. Laser processes promise higher energy efficiency and lower capital intensity, but they remain commercially unproven. By keeping the pilot program small, the department can gather performance data without jeopardizing near-term capacity targets.
At the same time, industry veterans caution that a domestic build-out will require more than centrifuges and lasers. Converters, fuel-fabrication lines and a trained workforce must all scale in lock-step to avoid new bottlenecks. The Energy Department plans to release additional solicitations for those downstream steps in 2027, according to people familiar with the timeline.
Economic development in Ohio and beyond
Local officials in southern Ohio welcomed Centrus’ expansion, noting that the company intends to hire hundreds of skilled technicians, engineers and construction workers over the coming three years. The commitment could revitalize a region still coping with the aftermath of previous plant closures.
Other award recipients have yet to announce site selections, but industry observers expect investments in New Mexico, South Carolina and Washington state, where plants and skilled labor pools already exist.
Environmental and policy implications
Though the Energy Department’s move is framed primarily as a security measure, it dovetails with the administration’s decarbonization targets. Nuclear plants supply about 20 percent of U.S. electricity and more than half of its carbon-free generation. Extending reactor lifetimes while seeding advanced designs could ease the pressure on renewables to shoulder all incremental demand from electric vehicles and industrial electrification.
The policy carries trade-offs. Domestic enrichment plants consume significant electricity—though less than their Cold-War predecessors—and face strict environmental-justice scrutiny. Ensuring that power comes from low-carbon sources and that local communities see tangible benefits will be critical to sustaining public support.
Looking ahead
If construction proceeds on schedule, the first wave of U.S.-made HALEU could reach reactor developers by 2028, coinciding with the legislative deadline to end Russian imports. By the early 2030s, the Energy Department expects multiple commercial suppliers to compete for utility business, potentially driving down costs and opening export opportunities.
The $2.7 billion program represents a decisive shift from piecemeal grants to long-term industrial policy. Whether the approach yields a self-sustaining domestic industry will depend on execution, market demand and continued bipartisan backing. After decades of decline, U.S. uranium enrichment is once again an arena of strategic investment rather than historical footnote—a change that could reshape both national security and the future of clean energy.
Sources
- https://www.prnewswire.com/news-releases/centrus-awarded-900-million-to-expand-uranium-enrichment-in-ohio-302654299.html
- https://www.energy.gov/articles/us-department-energy-awards-27-billion-restore-american-uranium-enrichment
- https://theoregongroup.com/commodities/uranium/us-plans-2-7-billion-investment-to-restore-uranium-enrichment/
