SUMMARY
Kairos, a California-based company, has received approval from the NRC to construct a non-power producing salt-cooled nuclear reactor in Oak Ridge, Tennessee. This reactor utilizes a low-pressure mixture of molten fluoride salts, specifically Lithium and Beryllium (FliBe), which enhances safety compared to traditional pressurized water reactors (PWRs). The fuel, encapsulated uranium spheres known as TRISO-X, are designed to prevent melting. This innovative approach marks a significant shift in reactor design, aiming to improve thermal efficiency and safety margins.
PREREQUISITES
- Understanding of molten salt reactor technology
- Familiarity with TRISO-X fuel design
- Knowledge of NRC regulatory processes
- Basic principles of nuclear reactor safety systems
NEXT STEPS
- Research the operational history and safety features of molten salt reactors
- Explore advancements in accident-tolerant fuel technologies
- Investigate the implications of using TRISO-X fuel in reactor designs
- Learn about the regulatory framework governing nuclear reactor approvals
USEFUL FOR
Nuclear engineers, regulatory professionals, energy policy analysts, and anyone interested in the future of nuclear reactor technology and safety advancements.