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Mechanochemistry: a disruptive innovation for the industry of the future

机译:技工:未来行业的破坏性创新

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摘要

Mechanochemistry is rapidly developing as a multidisciplinary science on the borderline between chemistry, materials science and environmental science. Experimentally, mechanochemical approaches offer the possibility to rapidly perform chemical reactions under solvent-free and ambient conditions, hence fulfilling several of the guidelines suggested by the principles of Green Chemistry. It is also an effective tool for the formation of nanoparticles with applications in various research areas. In practice, mechanochemical techniques have proven effective in laboratory scale and strategies to scale them up have also been accomplished. Recently, the potential of mechanochemistry to ameliorate industrial chemical processes has been acknowledged at a European level with the approval of the COST Action CA18112 entitled Mechanochemistry for Sustainable Industry (MechSustlnd). This article aims to provide a brief introduction into mechanochemistry, promote the said COST Action and to attract the attention of industrial partners.
机译:机械化学技术迅速发展成为化学,材料科学与环境科学之间边界线的多学科科学。通过实验,机械化学方法提供了在无溶剂和环境条件下快速进行化学反应的可能性,因此履行了绿色化学原则建议的若干指导方针。它也是在各种研究区域中形成纳米颗粒的有效工具。在实践中,在实验室规模中证明了机械化学技术,并且也已经完成了对其进行规模的策略。最近,在欧洲级别的欧洲水平批准了题为可持续行业的机械化学(MECHSUSTLND)的成本行动CA18112(MECHSUSTLND)的欧洲水平,机械化学技术的潜力已被承认。本文旨在简要介绍机械化学,促进上述成本行动并吸引工业伙伴的关注。

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