In a potential shift for nuclear energy, the United States is assessing nuclear waste and plutonium as reactor fuel under a new draft order. This initiative could redefine how the nation approaches both energy production and nuclear waste management.
US would assess nuclear waste, plutonium for reactor fuel under draft order

Key Takeaways:
- The US is considering using nuclear waste as reactor fuel.
- Plutonium is being assessed as a potential energy source.
- A draft order is prompting these evaluations.
- The assessment signals a possible shift in nuclear policy.
- The information is based on Timothy Gardner’s article in the Gazette.
Introduction
The United States is exploring the possibility of using nuclear waste and plutonium as reactor fuel under a new draft order. This assessment, reported by Timothy Gardner in the Gazette, could mark a significant development in the nation’s approach to nuclear energy and waste management.
Assessing Nuclear Waste and Plutonium
Under the draft order, nuclear waste, including plutonium, would be evaluated for its potential to be repurposed as fuel for reactors. This initiative reflects an interest in finding alternative uses for radioactive materials that are typically considered hazardous byproducts.
Implications of the Draft Order
The consideration of nuclear waste as a fuel source could have far-reaching implications. By repurposing waste, the US might address two critical issues: reducing the stockpile of radioactive waste and enhancing energy production. Plutonium, with its high energy yield, presents both an opportunity and a challenge due to its radioactive nature.
Potential Benefits and Challenges
Using nuclear waste as reactor fuel could lead to more efficient energy extraction and decrease the need for long-term storage solutions. However, it also raises concerns about safety, environmental impact, and the risks associated with handling and transporting radioactive materials.
Conclusion
The draft order signifies a potential shift in US nuclear policy, emphasizing innovation in energy strategies and waste management. As assessments proceed, the outcomes could shape the future of nuclear energy and address longstanding challenges associated with nuclear waste.