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It’s time to make a plan for nuclear waste

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Why This Matters

The lack of a permanent solution for nuclear waste in the US poses significant challenges for the future of nuclear energy, highlighting the need for advanced long-term storage solutions. Developing and implementing geological repositories is crucial for ensuring environmental safety and maintaining public trust in nuclear power. This issue underscores the importance of innovation and international collaboration in managing nuclear materials responsibly.

Key Takeaways

Though newly popular, the nuclear program in the US is nothing new. The US hosts more reactors and production capacity than any other country in the world. And yet nearly seven decades after the first permanent nuclear facility in the US went online, there’s still not a long-term solution for nuclear waste.

Used fuel is largely stored onsite at operating and shut-down reactors, in pools and casks made of steel and concrete. Experts generally agree that these methods are safe, but they’re not designed to be permanent.

The leading strategy around the world for long-term storage of this high-level radioactive waste is to house it in a deep geological repository—dig a hole, put radioactive material down there, and fill it up with concrete. These holes, hundreds of meters underground, are designed to be a permanent home.

There aren’t any operating geological repositories for spent fuel yet, but some countries are well on their way. Finland is the furthest along; as of 2026, the country is testing its facility. Final approvals are expected soon, and operations could start later this year. Some other countries aren’t far behind.