The Department of Energy announced $2.7 billion in contracts to three companies tasked with rebuilding uranium enrichment capacity on American soil, a commitment the agency calls the largest federal investment in domestic nuclear fuel production since the Cold War. The awards land at a moment of acute vulnerability: Russia’s state-owned Rosatom has long dominated global enrichment services, and as recently as 2023, Russian-origin uranium accounted for roughly 24 percent of the enrichment services purchased by U.S. utilities, according to Energy Information Administration data.
With 93 commercial reactors generating about a fifth of the nation’s electricity, the fuel supply is not an abstraction. It is an operational dependency that Congress moved to sever when it passed the Prohibiting Russian Uranium Imports Act in August 2024, setting a phased ban on Russian enriched uranium imports. The $2.7 billion in contracts is the DOE’s answer to a blunt question that legislation raised: if not Russia, then who?
Where the money goes
The DOE split the funding into three task orders of $900 million each, with an additional $28 million whose specific allocation the department has not detailed publicly.
American Centrifuge Operating (ACO), a subsidiary of publicly traded Centrus Energy, received $900 million to scale up production of high-assay low-enriched uranium, or HALEU, at its facility in Piketon, Ohio. Centrus confirmed the task order’s finalization date of January 5, 2026, in a quarterly SEC filing. Piketon is currently the only site in the United States that has produced HALEU using American centrifuge technology, having begun demonstration-scale output in late 2023 under a prior DOE contract.
General Matter, a less publicly known entrant, received an identical $900 million task order for HALEU production. The company has disclosed little about its enrichment technology, facility siting, or construction timeline, making it difficult for outside observers to gauge its readiness relative to Centrus.
Orano Federal Services received the third $900 million task order, focused on standard low-enriched uranium (LEU) rather than HALEU. Orano, the U.S. arm of the French nuclear services giant, brings established enrichment expertise, though its American production footprint is still being built out.
Why two types of uranium
The distinction between LEU and HALEU is central to understanding the contract structure. Standard LEU, enriched to less than 5 percent uranium-235, is the workhorse fuel for the existing fleet of light-water reactors that has powered American grids for decades. Every operating U.S. nuclear plant runs on it.
HALEU is enriched to between 5 and 20 percent uranium-235 and is the fuel grade required by most advanced reactor designs now approaching deployment. TerraPower’s Natrium reactor, under construction in Kemmerer, Wyoming, needs it. So does X-energy’s Xe-100 and Kairos Power’s Hermes test reactor in Oak Ridge, Tennessee. Without a reliable domestic HALEU supply, those projects face a bottleneck that no amount of reactor engineering can solve.
By funding both LEU and HALEU production simultaneously, the DOE is trying to serve two timelines at once: keeping today’s reactors fueled while building the supply chain that next-generation plants will need to operate.
The contract mechanics
The awards trace back to a competitive procurement framework the DOE established with six eligible companies: American Centrifuge Operating, General Matter, Global Laser Enrichment, Louisiana Energy Services, Laser Isotope Separation Technologies, and Orano Federal Services. Each original contract carried a minimum value of $2 million and a term of up to 10 years, creating a vehicle under which the DOE could issue larger task orders as congressional funding materialized. The $2.7 billion represents the largest drawdown against that framework to date.
Under the program’s design, the DOE will purchase the enriched uranium produced under these contracts and resell it to utilities, acting as an intermediary to jump-start demand for domestically sourced fuel. The department’s program overview describes a phased plan to establish reliable enrichment, conversion, and deconversion capacity inside the United States, moving beyond pilot projects into commercial-scale procurement with long-term offtake commitments.
What is still unclear
The DOE’s public announcements confirm the dollar amounts, awardee names, and contract durations but leave several material questions unanswered.
Production targets. No DOE source quantifies how many metric tons of LEU or HALEU these contracts are expected to produce annually, or over their full term. Without those figures, it is difficult to assess whether $2.7 billion will fully replace the enrichment capacity the U.S. previously sourced from Russia or only partially close the gap.
Pricing and resale terms. The mechanism by which the DOE will resell uranium to utilities, including any subsidy or markup, has not been detailed in any primary document available as of May 2026. Whether utilities will find the pricing competitive enough to switch from established foreign suppliers remains an open question.
Funding continuity. Centrus Energy flagged in its SEC filing that the task orders depend on continued congressional appropriations. The $900 million figures represent maximum values over a decade, not guaranteed spending. A shortfall in any fiscal year could slow or pause enrichment expansion. The DOE has not published a contingency plan for that scenario.
General Matter’s readiness. The company’s path to commercial-scale HALEU production is far less documented than that of Centrus, which has an operating demonstration cascade and decades of centrifuge development history. Absent public details on General Matter’s siting, licensing, and construction milestones, the execution risk on its $900 million award is hard to evaluate from the outside.
Community and environmental impacts. Beyond the confirmed expansion at Piketon, the DOE has not released a comprehensive map of where new enrichment capacity will be sited, projected job counts by location, or environmental review timelines. Local officials and labor groups know substantial federal money is in play but lack project-level blueprints to plan around.
What the contracts mean for the nuclear fuel chain
For the U.S. nuclear industry, the $2.7 billion commitment represents a structural shift, not just a spending increase. For decades, American utilities treated enrichment as a commodity to be sourced globally, with Russia offering competitive prices and reliable delivery. The 2024 import ban broke that assumption. These contracts are the first large-scale federal attempt to rebuild an alternative.
Whether the attempt succeeds depends on variables the DOE cannot fully control: whether Congress funds the program year after year, whether contractors hit construction and production milestones, and whether utilities choose to buy domestic fuel when it becomes available. The $2.7 billion is a ceiling, not a guarantee. But as a statement of intent, it is the most concrete step Washington has taken toward nuclear fuel independence in more than a generation.
For anyone tracking this space, the next markers to watch are congressional appropriations in the fiscal year 2027 budget cycle, NRC licensing actions for new enrichment facilities, and quarterly disclosures from Centrus Energy and its peers. The money has been committed on paper. The question now is whether enriched uranium follows.
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*This article was researched with the help of AI, with human editors creating the final content.
