HR-9197-119
Referred to the House Committee on Energy and Commerce.
Sponsored by Tim Moore (R-NC)
What it does
This bill would require the Secretary of Energy to conduct a study — within 90 days of enactment — analyzing the practicability, costs, benefits, and risks of recycling spent nuclear fuel into usable energy and other applications. The study would examine different recycling technologies, facility siting options, regulatory gaps, and impacts on existing nuclear waste storage. Within one year of enactment, the Secretary would be required to submit a publicly released report of no more than 120 pages to four congressional committees, including policy recommendations.
Who benefits
Communities currently hosting temporary spent nuclear fuel storage sites, who may benefit from reduced long-term storage risks. Advanced nuclear reactor developers and the broader nuclear energy industry, who would gain a government-backed feasibility assessment. Medical, space, and industrial sectors that use isotopes derived from nuclear material. Tribal governments and local communities near storage sites, who are explicitly included in the study's scope. Taxpayers and ratepayers who could benefit if recycling reduces long-term nuclear waste disposal costs. Researchers and policymakers seeking a consolidated federal analysis of recycling options.
Who is hurt
Permanent nuclear waste repository advocates and contractors, whose preferred disposal approach could be deprioritized if recycling is found feasible. Anti-nuclear advocacy groups, who may view the study as a step toward expanding nuclear fuel reprocessing. Taxpayers who bear the cost of conducting the study, though that cost is likely modest. Competing energy sectors that could face a more favorable policy environment for nuclear power if recycling proves viable. Nonproliferation advocates concerned that reprocessing technologies (such as PUREX) could increase risks of fissile material diversion.
Supporters argue
Supporters argue that the United States currently stores approximately 90,000 metric tons of spent nuclear fuel at over 70 temporary sites across the country, with no permanent disposal solution in place, and that studying recycling is a prudent step toward addressing this decades-old problem. They contend that countries like France already recycle spent fuel at commercial scale, recovering usable energy and reducing waste volume, and that a rigorous federal study is necessary to determine whether similar approaches are viable domestically. Supporters also argue the bill is narrowly scoped — it mandates only a study and report, not any new program or spending — making it a low-risk, high-information investment in nuclear policy.
Opponents argue
Opponents argue that nuclear fuel reprocessing has been effectively prohibited in the United States since President Carter's 1977 policy decision due to serious nuclear proliferation risks, and that a federally commissioned study framing reprocessing as "recycling" could normalize and accelerate a reversal of that policy without adequate nonproliferation safeguards. They contend that aqueous reprocessing technologies like PUREX — explicitly named in the bill — separate weapons-usable plutonium, and that even a study recommending such approaches could shift political momentum toward deployment before risks are fully understood. Opponents also argue that resources would be better directed toward proven permanent disposal solutions, such as the long-stalled Yucca Mountain repository.