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Conference Spotlight
2026 Nuclear Energy Conference & Expo (NECX)
August 24–27, 2026
Dallas, TX|Hilton Anatole
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Panelists talk domestic enrichment expansion at Global 2026
What fuels the future of nuclear? Whether it is low-enriched uranium, LEU+, or high-assay low-enriched uranium, one of the answers is in the question itself: fuel.
Earlier this week, the American Nuclear Society’s Fuel Cycle & Waste Management Division hosted Global 2026, with the theme of “Deploying Sustainable Nuclear Fuel Cycles.”
During one plenary session, “Fueling the Future of Nuclear,” panelists from Urenco USA, Centrus Energy, General Matter, and Global Laser Enrichment shared with attendees how the companies were contributing to the front end of the fuel cycle—more specifically, by launching or expanding their respective enrichment services.
Technical Session|Panel|Sponsored by IRD
Tuesday, June 15, 2021|4:30–6:15PM EDT
Session Chair:
James K. Jewell (INL)
Alternate Chair:
Brenden J. Heidrich (INL)
Session Organizer:
Staff Producer:
Susan Gallier (ANS)
Idaho National Laboratory held a workshop in September 2020 to provide a snapshot look at current international, in-reactor testing and irradiation capabilities. Gaps were identified, and mitigation strategies and recommendations were discussed. As new material innovations are being developed for in-reactor applications for reactor life extension long-term operation, and advanced reactor technologies, there is an increased need for materials qualification and assessment programs. In-reactor testing capabilities are vital to the on-going success of these DOE-NE programs and initiatives. Beyond performing simple irradiations in test reactors, few facilities exist internationally which can perform instrumented, in-situ irradiations on structural materials, and with the recent shut down of facilities hosted at Halden and NRU (example: instrumented fatigue loop, and in-situ creep), there are further gaps in the industry left unfilled. A new focus is being placed on the use of accelerator-based technologies to fill in some of these gaps, but these must be viewed as supplemental, and not surrogates to in-reactor capabilities.
Colin Judge
INL
Andrea Jokisaari
Colby Jensen
Geoffrey Beausoleil
Simon Pimblott
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