High-assay low-enriched uranium intelligence — updated daily.
X-energy subsidiary TRISO-X is advancing construction at its TX-1 facility in Oak Ridge, Tennessee, while expanding its campus by 70 acres. The plant will produce TRISO-X pebbles for advanced reactors, supported by an extended research partnership with ORNL.
The U.S. DOE projects domestic HALEU requirements will reach 50 tons annually by 2035, contrasting sharply with current production of less than one ton. Modular expansion strategies are critical to bridging this gap for datacenter and SMR applications.
Utah-based Nusano has joined the DOE's Nuclear Energy Launch Pad Program to develop a compact, direct-metal HALEU enrichment system. The technology bypasses traditional UF6 conversion, aiming to produce up to 5.9 tons annually from a single modular unit.
Orano's Project IKE enrichment facility in Tennessee has had its license application accepted by the NRC. Meanwhile, the DOE awarded HALEU to NASA to support its nuclear space propulsion program.
The DOE has selected Utah-based Nusano for its Nuclear Energy Launch Pad Program to commercialize a proprietary direct metallization process for HALEU production, aiming to bridge the growing supply-demand gap.
Standard Nuclear has signed new TRISO fuel fabrication agreements with Radiant Nuclear and Antares Nuclear. These contracts secure fuel supply for advanced reactors through 2031 and 2035.
Urenco is expanding its New Mexico facility by 50% and plans commercial-scale HALEU production at Capenhurst by 2031. The company stresses the importance of fuel supply readiness for next-generation reactors.
Centrus Energy has been awarded $900 million by the U.S. Department of Energy to expand its domestic HALEU enrichment capacity. As the sole U.S. HALEU producer, this funding is critical for scaling up operations at its Piketon facility.
As the only NRC-licensed HALEU producer in the U.S., Centrus is utilizing a $900 million DOE contract to expand its domestic enrichment capacity. The company has already demonstrated significant production capabilities at its Piketon facility.
Centrus Energy and Radiant have finalized a multi-year HALEU supply contract for Radiant's Kaleidos microreactors, with deliveries starting before the end of the decade. The agreement includes crucial prepayments to support Centrus's domestic capacity expansion.
Global Laser Enrichment (GLE), majority-owned by Silex Systems, has signed an exclusive offtake agreement with Cameco for all future production from its planned Paducah Laser Enrichment Facility. The deal positions the SILEX laser platform to supply HALEU for advanced reactors.
The U.S. Department of Energy estimates domestic HALEU demand will reach 50 metric tons annually by 2035, vastly outpacing current domestic production of less than 1 metric ton. This widening gap highlights the urgent need for massive capacity expansion in the domestic enrichment sector.