Lightbridge (LTBR) CEO on Nuclear Power's Future in U.S. & OKLO Partnership
Why It Matters
The partnership of policy, advanced fuel and plant upgrades could accelerate U.S. nuclear output, delivering low‑carbon power for AI‑driven growth while offering investors a near‑term catalyst.
Key Takeaways
- •DOE's UPRISE program targets existing reactors for rapid power boost
- •Lightbridge develops advanced fuel to increase output without new plants
- •Collaboration with Oklo focuses on fuel recycling and co‑located manufacturing
- •Investors should watch reactor reopenings and Lightbridge fuel test results
- •Faster, cheaper nuclear expansion aims to meet AI‑driven energy demand
Summary
In a Morning Movers interview, Lightbridge CEO Seth Gray outlined how the U.S. Department of Energy’s newly announced UPRISE initiative could reshape the domestic nuclear landscape by leveraging existing reactors to meet soaring energy demand driven by AI and data‑center growth.
Gray emphasized that UPRISE will extend licenses, finish partially built units and reopen shuttered plants, aiming to add the equivalent of five large reactors by 2029 without new construction. Lightbridge’s core strategy is to introduce a next‑generation fuel that boosts output and economics of current reactors, shortening the traditionally decade‑long build timeline and reducing capital exposure.
He cited concrete projects such as the reopening of Three Mile Island Unit 1, the Crane Clean Energy Center in Pennsylvania, Palisades in Michigan and Duane Arnold in Illinois, and noted that Lightbridge’s fuel is undergoing testing in the Advanced Test Reactor at Idaho National Laboratory with results expected late next year. Gray also highlighted a close partnership with Oklo, combining fuel‑recycling technology and co‑located manufacturing at Idaho.
For investors, the next 12‑24 months will be a litmus test: successful fuel trials, plant power uprates and regulatory milestones could unlock a rapid, cost‑effective expansion of U.S. nuclear capacity, providing a stable, low‑carbon supply for AI‑intensive workloads and enhancing energy security amid geopolitical shocks.
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