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Green Chemistry Protocols: Specific Ionic Liquids as Recyclable Reagents, Catalysts, Solvents and Extractors

机译:绿色化学协议:特定离子液体作为可循环试剂,催化剂,溶剂和萃取剂

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Low-temperature melting salts or ionic liquids (ILs) were determined to be useful as alternative solvents, catalytic media and simply catalysts in various processes of organic synthesis. In this paper reviewed the available literature and our own data on the synthesis, physical and chemical properties, and future uses of imidazolic ionic liquids in different kind of reactions. Ionic liquids form a two-phase system, which greatly facilitates the separation of products from the catalyst. In addition, they can be used repeatedly without any activity loss and without a need of regeneration. Another important advantage is represented by the strength (for some systems - superacidic) of metal-chlorinated ionic liquids, a property that allows for the transformation process to occur at low temperatures. These properties permit ionic liquids to be full participants in "alternative" chemical processes, even if we don't take into account the productivity and selectivity gains presented in this review.
机译:低温熔融盐或离子液体(ILs)被确定可用作有机合成的各种过程中的替代溶剂,催化介质和简单催化剂。在本文中,我们综述了可用的文献以及我们自己的数据,这些数据涉及合成,物理和化学性质以及咪唑离子液体在不同类型反应中的未来用途。离子液体形成两相系统,极大地促进了产物与催化剂的分离。此外,它们可以重复使用而不会损失任何活性,也不需要再生。金属氯化离子液体的强度(在某些系统中为超酸性)代表了另一个重要优势,该特性使转化过程可以在低温下进行。这些特性使离子液体成为“替代”化学过程的充分参与者,即使我们没有考虑本评价中介绍的生产率和选择性提高。

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