SHINE and newcleo Team Up to Advance U.S. Spent Nuclear Fuel Recycling
Event summary
- SHINE and newcleo have partnered to advance U.S. spent nuclear fuel recycling, combining SHINE's recycling capabilities with newcleo's advanced fuel manufacturing and reactor technologies.
- The agreement aims to assess how SHINE could supply newcleo with materials from used nuclear fuel to manufacture MOX fuel and recycle spent fuel from newcleo’s reactors.
- SHINE targets a commercial pilot facility capable of processing 100 metric tons of used nuclear fuel per year in the early 2030s.
- newcleo is advancing MOX fuel manufacturing capabilities for use in its lead-cooled fast reactor (LFR) facilities.
- The companies plan to begin technical scoping this year and jointly pursue U.S. federal funding opportunities.
The big picture
The partnership between SHINE and newcleo underscores the growing strategic priority of closing the nuclear fuel cycle, particularly in the U.S. and EU, where spent fuel stockpiles are a significant concern. This collaboration aims to reduce the volume and radioactivity levels of used nuclear fuel, potentially lowering the cost of long-term storage and making nuclear energy more sustainable. The deal also highlights the increasing focus on advanced reactor technologies and the need for industry-wide collaboration to unlock the value of existing used nuclear fuel inventories.
What we're watching
- Technical Integration
- How SHINE and newcleo will integrate their technologies to efficiently recycle spent nuclear fuel and manufacture MOX fuel.
- Regulatory Approval
- Whether the companies can secure necessary regulatory approvals and federal funding to advance their closed fuel cycle approach.
- Market Dynamics
- The pace at which the nuclear industry adopts closed fuel cycle technologies to address decades of accumulated used fuel and secure domestic supplies of fissile material.
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