催化正构烷烃异构化——一种具有工业意义的方法:综述

A. Dhar, R. Vekariya, Poonam Bhadja
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引用次数: 17

摘要

摘要:本文综述了正构烷烃加氢转化领域的研究进展,重点介绍了在过去几十年中满足提高车用燃料和油品质量要求的有前途的方法。特别注意的是催化剂配方转化为支链烃的正构烷烃。特别的挑战是找到一种有效的催化剂,它有利于正构烷烃的异构化,而不会产生太多的裂化。活性位点和吸附特性的调节,以及支撑表面的拓扑结构,使得正构烷烃转化为支链异构体的新型催化剂的潜在预测设计成为可能。图形抽象
本文章由计算机程序翻译,如有差异,请以英文原文为准。
n-Alkane isomerization by catalysis—a method of industrial importance: An overview
Abstract This review article provides an overview of the advances in the field of hydro-conversion of n-alkanes with particular stress on the promising ways to meet the requirements for improved quality of motor fuels and oils, which have been marked during the past decades. Particular attention is given to a catalyst formulation for conversion of n-alkanes to branched hydrocarbons. The particular challenge is to find an effective catalyst, which favors the isomerization of n-alkanes without too much cracking. The regulation of active sites and adsorption properties, as well as the topology of support surfaces, allows a potential predictive design of novel catalysts for conversion of n-alkanes into their branched isomers. Graphical Abstract
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Cogent Chemistry
Cogent Chemistry CHEMISTRY, MULTIDISCIPLINARY-
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