IMPACTIVE

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  • IMPACTIVE

    IMPACTIVE

    IMPACTIVE is a European Commission funded project focused on developing greener pharmaceuticals through mechanochemistry. Mechanochemistry is a branch of chemistry that uses mechanical forces, like grinding and milling, to drive chemical reactions. This erases the need for solvents altogether, reducing the impact of the industry.
  • Supramolecular chemistry group TalTech

    Supramolecular chemistry group TalTech

    Supramolecular Chemistry research group, lead by Riina Aav, is focusing on intermolecular interactions in order to understand complex systems of molecules and find greener approaches in chemistry.
  • IMA

    IMA

    Founded in 1988, the International Mechanochemical Association (IMA) is one of Associated Organizations of the International Union of Pure and Applied Chemistry (IUPAC). It is a non-profit scientific association devoted to promoting basic and applied research in Mechanochemistry.
  • Eternal

    Eternal

    Boosting the reduction of the environmental impact of pharmaceutical products throughout their entire life cycle, the ETERNAL project, is a four-year HORIZON Research and Innovation Action running from September 2022 until August 2026.
  • Borchardt Research Group lab

    Borchardt Research Group lab

    The Borchardt Research Group lab, in Ruhr University Bochum (Germany), develops new pathways to synthesize nanostructured materials completly avoiding solvents.
  • Computational Mechanochemistry (Panosetti Group)

    Computational Mechanochemistry (Panosetti Group)

    Welcome to the webpage of the Computational Mechanochemistry group, al Fritz Haber Institute (Max Planck Gesellschaft)
  • Craig group

    Craig group

    Welcome to the Craig group blog and website, at Duke University (EE.UU.) The group’s research interests bridge physical organic and materials chemistry.
  • MECHANOCHEMISTRY project by AIMPLAS

    MECHANOCHEMISTRY project by AIMPLAS

    The aim of the MECHANOCHEMISTRY project is to develop and optimise mechanochemical methodologies for the synthesis and recycling of plastic materials, thereby reducing the time, energy, solvents and raw materials required compared with conventional synthesis and chemical recycling methods.
  • opnMe

    opnMe

    opnMe® is the open science portal of Boehringer Ingelheim. It offers access molecules for research purposes with ease free of charge, as well as collaboration opportunities and a postocd grant.