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Aqueous-Phase Amination of Biogenic Isohexides by using Ru/C as a Solid Catalyst

机译:通过使用Ru / C作为固体催化剂的生物酰己酰胺水相胺化

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摘要

An aqueous phase process for the amination of biogenic isohexides with ammonia using Ru/C as solid catalyst is reported. The products possess great potential for the production of biogenic polyamides. From the diol substrates amino alcohols and diamines are derived as main products with significantly varying product selectivity depending on the substrates' stereochemistry. The catalytic reaction is performed at temperatures of 140-180 degrees C. The Ru/C catalyst shows a high activity in the aqueous phase, which is beneficial for the transformation of the polar biogenic substrates. Despite the basic conditions, the metal leaching is negligible and the catalyst can be recycled easily in batch operation and, thus, enables further process development thanks to the mild and scalable reaction conditions.
机译:报道了使用Ru / C作为固体催化剂与氨进行生物原己酰胺的水相方法。 该产品具有巨大的生物聚酰胺生产潜力。 从二醇底物氨基醇和二胺衍生为主要产物,其主要产品根据基材的立体化学而具有显着变化的产品选择性。 催化反应在140-180℃的温度下进行。Ru / C催化剂在水相中显示出高活性,这对极性生物基质的转化有益。 尽管存在基本条件,但金属浸出可忽略不计,并且催化剂可以在分批操作中容易地再循环,因此由于温和和可扩展的反应条件,可以进一步的过程开发。

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