Abstract: Catalytic reforming is a major refinery process for upgrading low-octane naphtha to high-octane gasoline and also for supplying raw-materials to chemical and textile industries etc. Many articles have been published on the improvement of the process for better and more yields, and models of reac-tion kinetics have been developed for its optimization, but a general review of the optimum operating conditions is lacking. Based on chemical reaction engineering integrated with the actual practice in the chemical works, the author writes at great length about the choice of reaction temperature pressure and molecular ratio for optimizing the process.

摘要： 催化重整是将低辛烷值石脑油转变为高辛烷值汽油的主要炼油工艺过程,也是向化学工业及轻纺工业提供原料的主要工艺过程。本文拟从化学反应工程方面就工艺条件的优化问题结合工业上的实践作进一步的探讨