Developing research for a sustainable nuclear industry and alternative energies

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Scientific collaboration between the ICSM and the MSRC of the JAEA (Tokaï-Ibaraki)

Scientific collaboration - student exchange (April 2025)

Teams LHYS, LTSM, L2IA
 

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Internships 2025-2026

ICSM is offering several internships for the 2025 – 2026 academic year.

Further information, here

PhD Theses 2026

ICSM is offering several PhD positions starting in Fall 2026. Join us to:

  • Contribute to cutting-edge projects in separation chemistry,
  • Collaborate with renowned experts in the field,
  • Enhance your skills in a dynamic and stimulating environment.

Further information, here


Teams

Ion Separation using supra-Molecular self-assembled colloids Laboratory (LTSM)

The main objective of LTSM is to lead fundamental research based on the understanding and control of the chemical and physical phenomena that influence the ion separation conditioned by self-assembled molecular systems.

Equipments

Infrared spectrometer

Two spectrometers:

  • Perkin Elmer's IR-FT100 spectrometer,
  • Bruker's IR Vertex 70 spectrometer.

The Institute for Separation Chemistry in Marcoule (ICSM)

Created in January 2007, the Marcoule Institute in Separation Chemistry (ICSM) is a Joint Research Unit (UMR 5257) between the French Atomic Energy Commission (CEA), the French National Center for Scientific Research (CNRS), the University of Montpellier (UM) and the National Graduate School of Chemistry in Montpellier (ENSCM). ICSM is composed of 3 research axes gathering 8 laboratories working in close collaboration (see the 2019-2022 scientific report, pdf format):

Credit:University Montpellier

It is affiliated with the Chemistry Division of the University of Montpellier, as well as the Institute of Sciences and Technologies for a Circular Economy of Low-Carbon Energies (ISEC) within the Energy Division (DES) of CEA Marcoule. In this context, ICSM aims to develop fundamental research with the primary objective of "offering choices" for the development of separation chemistry processes applied to the field of decarbonized energies, while integrating the challenges of sustainable nuclear energy and the broader challenges of recycling for a virtuous circular economy.