Pairing advanced reactors with recycled nuclear fuel can bolster energy security by creating a domestic fuel supply while significantly decreasing the volume of radioactive waste that requires long-term storage. According to the authors of the newly released report, this strategy also enables the recovery of precious minerals and makes the nuclear power industry more economically viable and secure.
“Recycling paired with advanced reactors would be a responsible component of an optimized waste solution, one that would enable the US to achieve substantial reductions in the volume of HLW requiring permanent disposal.” The report also notes that certain reactor configurations “should lead to significant reductions in the amount of fuel cycle waste requiring disposal, and greatly improved fuel utilization.”
In simple terms, instead of treating old fuel as useless and dangerous trash that must be buried, these new reactors can treat it as a valuable power source. This process helps solve the waste problem by burning up the most hazardous materials for energy, which means there is much less leftover material that needs to be stored underground for thousands of years. It essentially transforms an environmental challenge into a productive supply of clean electricity and useful industrial materials.
The report “The Case for Commercial Recycling of Used Nuclear Fuel: Assessment and Recommendations” was published by the Energy Innovation Reform Project in Fairfax, Virginia, in April 2026. It was prepared by a team of experts including Dr. Christina Leggett, Paul J. Saunders, and Samuel Thernstrom.
