Mechanochemistry is rapidly emerging as a transformative approach in chemical synthesis, offering reduced solvent usage and energy-efficient alternatives to traditional solution-based methods. Despite its growing relevance (700 papers published yearly) and addressing 9 of the United Nations Sustainable Development Goals, mechanochemistry remains underrepresented in industrial applications and mainstream chemical education. This session aims to bridge that gap by showcasing how mechanochemistry can contribute to sustainable infrastructure, industrial innovation, and circular economy principles.
Requirements to decarbonize chemical manufacturing and reduce environmental footprints have never been greater. Mechanochemistry offers unique advantages: lower solvent and energy consumption, cheaper reagents, and compatibility with continuous processing. These attributes align directly with the goals of sustainable development and green engineering. However, challenges remain in scaling up mechanochemical processes, integrating them into existing infrastructure, and understanding reaction mechanisms at the molecular level.
This session will bring together academic researchers, industrial practitioners, and technology developers to explore the latest advances in mechanochemistry from fundamental science to pilot-scale applications. It will highlight how mechanochemistry can be a cornerstone of future-ready chemical manufacturing, addressing both environmental and economic imperatives.