Sponsors (2)
The bill directs study of recycling spent fuel that could bolster domestic fuel supplies and medical isotope access and reduce certain transport risks, but it raises serious proliferation, cost, and new-waste environmental risks and may be underfunded for effective follow-up.
Utilities and reactor operators could gain new domestic reactor fuel supply options by converting spent fuel into usable fuel, reducing reliance on external sources and potentially improving fuel security.
State and local governments (and federal regulators) would get a public report with policy recommendations to clarify regulatory gaps and guide safer, standardized handling of recycled fuel and wastes.
Patients with chronic conditions and medical suppliers could gain access to domestically sourced medical isotopes if extraction from spent fuel is feasible, improving medical supply resilience.
Taxpayers and the public could face increased nuclear proliferation risks if recycling recovers fissile materials that require strict safeguards, raising national security concerns.
Taxpayers and ratepayers could bear substantial capital and operating costs to develop recycling facilities and infrastructure, increasing utility bills or government expenditures.
Local communities and governments could face new radioactive waste streams and byproducts from recycling processes that pose environmental and health risks if not properly managed.
Based on analysis of 2 sections of legislative text.
Directs DOE to study the practicability, costs, benefits, and risks of recycling spent nuclear fuel for reactor and non‑reactor uses and to compare recycling methods and the once‑through cycle.
Official title: To require the Secretary of Energy to study new technologies and opportunities for recycling spent nuclear fuel.
Introduced June 8, 2026 by Tim Moore · Last progress June 8, 2026
Requires the Department of Energy to begin a study within 90 days of enactment on the practicability, costs, benefits, and risks of recycling spent nuclear fuel using dedicated recycling facilities and processes. The study must evaluate converting spent fuel (including high-assay low-enriched uranium) into usable fuels for commercial light-water reactors, advanced reactors, and non-reactor applications (such as medical and space power uses), compare recycling approaches (aqueous vs. non‑aqueous) and the once‑through fuel cycle, and analyze technical, economic, infrastructure, and deployment considerations for siting and operating recycling facilities. The law sets definitions tied to existing U.S. code, requires analyses about extracting isotopes for medical and industrial uses and about collocating recycling with reactors and storage, and does not appropriate funds or create new regulatory duties beyond the required study and analyses.