We are thrilled to announce our fifth webinar session. Save the date: it will take place on the 14th of January at 15:00 CET, featuring a presentation by Renzo Luisi, coordinator of our sister project SusPharma.
Green chemistry aims to transform the chemical industry into a more sustainable one. Thanks to chemists Paul Anastas and John Warner, we now have 12 guiding principles to help turn this ambition into a reality.
Welcome to the last edition of our helpful glossary, which explains key terms and concepts in the fascinating world of mechanochemistry. Enjoy!
We’re turning three years old, and we’re celebrating by publishing our latest Annual Report, which summarises our developments over the past year.
IMPACTIVE is thrilled to announce a new webinar session. Save the date: it will take place on 15 October at 12:00 pm (noon) CEST, featuring a presentation by Stephanos Camarinopoulos and Michael Harasek, both from our sister project ENVIROMED.
Welcome to the third edition of our helpful glossary, which explains key terms and concepts in the fascinating world of mechanochemistry. Enjoy!
The IUPAC Congress and General Assembly took place in Malaysia this July. We showcased how greener, mechanochemical approaches can transform pharmaceutical manufacturing.
Our researchers at Trinity College Dublin, in Ireland, master the spray drying technique. This team is exploring how to apply such method to achieve greener pharmaceuticals with a strong focus on industrial production.
We have used resonant acoustic mixing to study three reactions in organic chemistry and prepare APIs at the multigram scale. The results, published in ChemSusChem, outperformed traditional-solvent based chemistry.
Solvents are well-known pollutants that pose significant waste management and health concerns. Such pollution problems have led to increasing restrictions on solvent use, as reflected by the recent US legislation on dichloromethane, published in May 2024. In this context, mechanochemistry could reshape the industry, supplying the world with pharmaceutical products while avoiding the use of toxic solvents.