SHINE Partners with Argonne and Case Western Reserve to Advance Nuclear Fuel Recycling Tech
Event summary
- SHINE is collaborating with Argonne National Lab and Case Western Reserve University on high-throughput separation technology for nuclear fuel recycling.
- The project focuses on applying PaCERS technology to separate strontium-90 and americium-241 for medical, manufacturing, and advanced power systems.
- SHINE is also participating in another project to modernize nuclear material control and accountability.
- The collaboration is funded through the ARPA-E CURIE Program, with additional funding led by Case Western Reserve University.
The big picture
SHINE's collaboration with Argonne and Case Western Reserve underscores the growing interest in nuclear fuel recycling, driven by federal initiatives and private investment. The focus on high-throughput separation technology like PaCERS aims to make the process more economical, addressing the significant challenge of managing spent nuclear fuel. This aligns with broader industry trends toward sustainable energy solutions and the efficient use of nuclear resources.
What we're watching
- Technology Integration
- How effectively SHINE can integrate PaCERS technology into its REDUCE process to enhance cost competitiveness.
- Regulatory Support
- Whether continued federal funding and support through programs like ARPA-E will sustain advancements in nuclear fuel recycling.
- Commercial Viability
- The pace at which SHINE can move from development to commercial pilot for its nuclear fuel recycling technology.
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