Centrus Energy finalizes USD 900 million DOE contract to scale domestic HALEU fuel production

According to official disclosures, Centrus Energy has finalized a USD 900 million contract with the U.S. Department of Energy to deploy large-scale High-Assay, Low-Enriched Uranium production capacity. The agreement targets initial commercial operations by 2029.

According to official disclosures, Centrus Energy has formalized a USD 900 million task order with the U.S. Department of Energy to establish commercial-scale High-Assay, Low-Enriched Uranium (HALEU) manufacturing operations in Piketon, Ohio. The fixed-price agreement, which includes procurement options that could increase the total contract value to USD 1.07 billion, was finalized following the accelerated completion of an initial demonstration phase that yielded over 1,900 kilograms of HALEU. Centrus Energy is a publicly traded American supplier of enriched uranium and nuclear fuel services for both commercial utilities and government programs.

This definitive shift from technological demonstration to commercial-scale deployment is a critical maneuver in localizing advanced nuclear fuel supply chains. The initial infrastructure build-out is projected to bring 12 metric tons of annual HALEU production capacity online by 2029, concurrently addressing the company's USD 2.4 billion backlog for Low-Enriched Uranium. This large-scale mobilization directly stimulates the heavy civil construction, advanced manufacturing, and energy sectors, driving massive workforce expansion and technical job creation across operational hubs in Ohio and Tennessee.

For energy sector investors and supply chain enterprises, this multi-billion-dollar expansion signals a robust public-private commitment to next-generation nuclear infrastructure. By anchoring domestic production capabilities through long-term federal contracts paired with private financing, the initiative substantially lowers supply risks for developers of advanced nuclear reactors. Market participants can anticipate long-term procurement stability and structural growth opportunities across the entire nuclear fuel cycle.