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Cyclohexane Oxidation to Adipic Acid Under Green Conditions: A Scalable and Sustainable Process

机译:环己烷氧化在绿色条件下己二酸:可扩展和可持续的过程

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摘要

This work reports a 1mol scale catalytic process to synthesize adipic acid directly from cyclohexane in solvent-free conditions using air as oxidant. Catalysts based on vanadium phosphorus oxides were prepared, characterized and tested. They showed good activity and remarkably high selectivity to adipic acid in comparison to other already known heterogeneous catalysts. The use of solvent-free conditions permits the easy separation of the product from the reactant mixture, which is very important from the industrial point of view. The process can be used at industrial scale for sustainable adipic acid synthesis.
机译:该工作报告了1米尔稳定的催化方法,将己二酸直接用空气作为氧化剂在无溶剂条件下合成己二酸。 制备基于钒磷氧化物的催化剂,特征和测试。 与其他已经已知的异质催化剂相比,它们对己二酸的良好活性和显着的选择性高。 无溶剂条件的使用允许易于分离产物从反应物混合物中,这对于工业观点来说非常重要。 该方法可用于可持续己二酸合成的工业规模。

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