SCIAM.CHEM
Radiochemistry and Actinide Chemistry for the Fuel Cycle and the Environment
Research laboratories
PhD Thesis
Years of Post-doctoral fellowships
of financial support
Context
Implementing sustainable nuclear energy requires extending recycling strategies, through the multi-recycling of plutonium in current reactors or in future fast reactors. This also means understanding and controlling how plutonium interacts with the environment, including the mechanisms by which it can transfer to living organisms.
Challenges
Main objectives
Management of Used Fuel
Recycling
Environmental Protection
Fill certain gaps in fundamental solution chemistry data in order to better describe the physico-chemistry of radionuclides and their fission products, whether in industrial (fuel cycle) or environmental conditions.
Structure
Axis 1
Fuel cycle chemistry
Axis 2
Environmental Chemistry
12 research laboratories : IPHC, Subatech, LP2I, IJCLab, ICSM, ICN, UCCS, SOLEIL, PhLAM, ISAS, ISEC, BIAM
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