Commercial recycling of used nuclear fuel has become economically viable due to a combination of rising uranium prices, the urgent need for specialized fuel for next-generation reactors, and the development of cheaper, modular processing technologies. According to the authors of the newly released report, these factors have transformed what was once a costly endeavor into a strategic and commercial opportunity for the United States to secure its own energy supply and recover valuable minerals.
The report notes that “Advanced recycling technologies (e.g., pyroprocessing) are simpler, more modular, and projected to be cheaper than legacy PUREX systems.” Furthermore, it states that “rising global uranium demand and a growing need for high-assay low-enriched uranium (HALEU) fuel for advanced reactors increase the strategic and commercial incentives for recycling.”
In simpler terms, older recycling methods were too complex and expensive to be profitable, but newer techniques are designed to be built and operated at a much lower cost. At the same time, because the price of raw uranium is climbing and the U.S. has banned imports from Russia, there is now a much stronger financial reason to squeeze more energy out of existing fuel supplies. Additionally, recycling creates a new source of income by extracting rare minerals and medical materials that would otherwise be buried as waste.
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.
