Addressing the HALEU Supply Chain Through Deconversion Services

The structural shortage of High-Assay Low-Enriched Uranium (HALEU) is prompting the U.S. Department of Energy (DOE) to secure the entire nuclear fuel cycle, including processing and deconversion. Centrus Energy has been selected as one of six companies, alongside industry giants like BWXT, Framatome, GE Vernova, Orano, and Westinghouse, to provide a 10-year HALEU deconversion service.

Navigating Fuel Fabrication Bottlenecks

Each contract under this initiative includes a minimum guarantee of $2 million, underscoring the government's commitment to stabilizing the HALEU market. Deconversion is a critical step in the fuel fabrication process, managing the byproducts of the enrichment process and ensuring a steady supply of feed material. This is especially vital given that commercial HALEU supply outside of Russia is effectively absent. Establishing a robust domestic deconversion capacity will not only support current enrichment efforts but also lay the groundwork for the massive scale-up required in the 2030s.

The need for such comprehensive fuel cycle services is evident when looking at current production metrics. Global commercial production of HALEU is approximately 900 kilograms annually, while prices routinely exceed $30,000 per kilogram. Centrus Energy's cumulative deliveries of roughly 1,900 kg are well below the aggregate demand projected by small modular reactor developers.

With commercial HALEU supply outside Russia effectively absent, securing domestic deconversion and fuel fabrication services is essential to mitigate the structural risks facing the advanced nuclear sector.

By integrating deconversion services into its broader HALEU Availability Program, the DOE aims to create a more resilient domestic fuel fabrication infrastructure. This holistic approach is necessary to overcome the current bottlenecks and ensure that advanced reactor developers have access to the fuel required for commercial deployment.

This article was assisted by AI analysis. Please refer to the original source for official information.