Exosens is proud to support France’s entire nuclear fleet and a broad range of international installations, including reactors built on Generation III+ designs. Our instrumentation is engineered for adaptability, with technical specifications that can be tailored to meet the unique requirements of Generation II, III, and emerging Generation IV reactors around the world.
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Contact usAs an active participant in the development of Small Modular Reactors (SMRs) and Advanced Reactors, Exosens brings extensive expertise to every stage—from early feasibility studies to technology adaptation. We collaborate closely with global stakeholders to tailor our solutions for a variety of advanced and X-SMR concepts.
Next-generation nuclear systems, particularly Generation IV reactors, integrate significant technological advancements compared to earlier designs. Current market focus is directed toward sodium-cooled fast reactors (SFRs) and other fast reactor types, such as lead-cooled fast reactors.
Through our long-standing partnership with the CEA, Exosens has delivered detectors for high-temperature applications in support of key French fast reactor projects, including:
- Phénix – A prototype fast breeder reactor
- Superphénix (SPX) – A large-scale fast breeder reactor demonstration
- ASTRID – The Advanced Sodium Technological Reactor for Industrial Demonstration
Beyond fission technologies, Exosens is also actively engaged in magnetic confinement fusion research and contributes to the global roadmap for fusion energy. As part of this commitment, Exosens is a key contributor to the ITER project, a major international initiative involving the European Union, the United States, Japan, China, South Korea, and India.
With deep expertise and a forward-looking approach, Exosens is shaping the future of safe and sustainable nuclear energy.
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