ARCUS Burgundy-Russia


SIX MAIN TOPICS

* french and russian coordinators

  • Scientific scope 1:
    Decontamination of effluents containing toxic metals (actinides, lanthanides, Cd, Pb, …)

    Michel MEYER* (uB), Thomas ZEMB (CEA)
    Boris F. MYASOEDOV* (Russian Academy of Sciences, Frumkin Institute of Physical Chemistry and Electrochemistry, Moscow)

    - Project 1: Development of solid/liquid extracting materials selective for toxic metal cations
    Project 2: Selective chelation of transuranic elements
    Project 3: Selective separation of actinides using hybrid materials

  • Scientific scope 2:
    Ultrapurification and detection of gases. Using of hybrid materials

    Jean-Michel BARBE* (uB), Pluton PULLUMBI (Air Liquide)
    Ivan G. TANANAEV* (Russian Academy of Sciences, Frumkin Institute of Physical Chemistry and Electrochemistry, Moscow)

    - Project 4: Metallobimacrocycles to activate and detect dioxygen
    - Project 5: Organic-inorganic hybrid materials incorporating metallocorroles for the selective detection of carbon monoxide
    - Project 6: Synthesis and coordination properties of mesoporous organic-inorganic hybrid materials functionalized with polyaza chelating agents. Application for the ultrapurification of gas

  • Scientific scope 3:
    Capture of carbon dioxide

    Stéphane BRANDES* (uB), Pluton PULLUMBI (Air Liquide)
    Alexander ALENTIEV* (Moscow State University, Laboratory of Membrane Gas Separation, Moscow)

    - Project 7: Carbon dioxide capture by mesoporous functionalized silica
    - Project 8: Carbon dioxide capture by metallo-organic framewoks

  • Scientific scope 4:
    Organic synthesis - Catalysis
    Franck DENAT* (uB), Pierre LE GENDRE (UB), Frédéric BOSCHETTI (CheMatech)
    Irina BELETSKAYA* (Université Lomonosov, Moscou)

    - Project 9: New methodology to synthesize macrocyclic polyamines
    - Project 10: Synthesis of selective probes for the detection of metallic elements
    - Project 11 : Titanium catalysts for the synthesis of new amino macrocycles and oligomers

  • Scientific scope 5:
    Synthesis of model derivatives
    . Structural studies and modelisation
    Alain TABARD* (uB), Philippe RICHARD (uB), Pluton PULLUMBI (Air Liquide)
    Aslan Y. TSIVADZE* (Russian Academy of Sciences, Frumkin Institute of Physical Chemistry and Electrochemistry, Moscow)

    - Project 12: Synthesis and study of model compounds
    - Project 13: Molecular modeling to predict the reactivity of our systems
    - Project 14: Molecular modeling and simulation to elucidate the thermodynamic properties of  carbon monoxide adsorption
    - Project 15: Modelisation of bimetallic complexes for the reduction of carbon dioxide

  • Scientific scope 6:
    Valorisation and process
    Roger GUILARD* (uB), Frédéric BOSCHETTI (CheMatech), Pluton PULLUMBI (Air Liquide), Thomas ZEMB (CEA)
    Aslan Y. TSIVADZE* (Russian Academy of Sciences, Frumkin Institute of Physical Chemistry and Electrochemistry, Moscow)

    - Project 16: Valorisation of our patent portfolio
    - Project 17: Startup CheMatech