Oklo Advances Aurora Microreactor Deployment with Centrus HALEU Agreement

Powering the Future with Aurora

The advanced nuclear energy sector is rapidly evolving, and Oklo's Aurora Powerhouse microreactor is at the forefront of this transformation. Designed to deliver reliable, zero-carbon baseload power, the Aurora reactor fundamentally relies on High-Assay Low-Enriched Uranium (HALEU) to operate efficiently. As the company plans to deploy its first Aurora microreactors by 2028, securing a robust fuel supply chain has become a top priority.

Strategic Partnership with Centrus Energy

To address this critical need, Oklo signed a letter of intent with Centrus Energy in June 2026. This agreement outlines a framework for HALEU deliveries starting in 2029. The targeted supply volume is specifically calculated to support multiple Aurora units planned for Oklo's upcoming Ohio campus, ensuring that the facility will have the necessary fuel to sustain long-term operations.

The broader HALEU fuel supply chain does not yet exist at scale to support advanced reactor deployments, making strategic partnerships essential.

The collaboration highlights a major challenge in the advanced reactor market: the supply-demand gap. While companies like Oklo are rapidly advancing their reactor designs and preparing for commercial deployment, the industrial infrastructure to produce HALEU at a commercial scale is still in its infancy. Centrus Energy currently stands as the only U.S.-based company licensed to produce HALEU, although its production output remains limited.

Bridging the Supply Chain Gap

By locking in future deliveries, Oklo is proactively mitigating supply chain risks. The letter of intent not only secures fuel for the Ohio campus but also signals to the broader market that advanced reactor developers are committed to overcoming fuel availability hurdles. As Centrus expands its capacity in Piketon, Ohio, partnerships like this will be vital to ensuring that the promise of microreactors translates into operational reality.

This article was assisted by AI analysis. Please refer to the original source for official information.