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  • DEWYSPELAERE Lucie
    29 October 2024, by Farah IBRAHIM

    From 02/10/2024 to 01/10/2027

  • PORTAS Aurélie
    5 September 2023

    From 01/09/2023 to 31/08/2024

  • USURELU Catalina-Diana
    5 September, by Farah IBRAHIM

    From 01/09/2025 to 01/12/2025 Research Topic
    The modification of nanocellulose films with natural compounds

  • DINESCU Sebastian
    21 November 2024, by Farah IBRAHIM

    From 12/11/2024 to 12/11/2027 Research Topic
    Multi-site study and evaluation of the biological fouling of antifouling coatings

  • Study of marine biofilms as bioindicators of the chemical quality of seawater in the mediterranean coastal environment
    14 October 2024, by Farah IBRAHIM

    Beginning: October 2024

  • Biofouling Integrative characterizatiOn & Description of HYdrodynamic Loadings
    4 February, by JFB

    The current trend is to limit or eliminate cleaning operations in farms in order to preserve their reef effect, and thus reduce their environmental impact, while drastically limiting maintenance costs. This is only possible if the phenomenon of biocolonisation is sufficiently understood to be anticipated. A focus on mooring lines and dynamic cables seems essential, as these key components are presumed to have different hydromechanical behaviour and therefore different wear once colonised. As (…)

  • OPRICA Gabriela-Madalina
    5 September, by Farah IBRAHIM

    From 01/09/2025 to 01/12/2025 Research Topic
    The modification of nanocellulose films with natural antibacterial agents

  • VOICU Ana-Maria
    5 September, by Farah IBRAHIM

    From 01/09/2025 to 31/08/2026 Research Topic
    Nanocellulose-based biomaterials for water treatment applications

  • ELHADJ Yacoub
    5 September, by Farah IBRAHIM

    From 01/09/2025 to 31/08/2026 Research Topic
    Kaolinite-based self-healing coatings

  • Bioindication of Mediterranean coastal environments associated with biofilms
    30 March 2021, by JFB

    Acronym :
    BIOFINDIC Funding :
    Agence de l’Eau RMC Short Overview:
    L’objectif du projet est d’étudier le potentiel des biofilms comme outil de bioindication de la qualité des masses d’eau méditerranéennes côtières. Elle repose sur deux parties complémentaires : (1) une étude directement couplée à la campagne en mer SUCHIMED, opéré par l’IFREMER, sur les biofilms qui auront colonisés 150 plaques A4 en PE immergées du 16 mars au 7 juillet 2021 sur 50 sites le long des 1800 km des côtes (…)

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