An Orthogonal Method for Aromatization Reactions of Shenghua Liquefied Petroleum Gas

By using Shenghua liquefied petroleum gas, FCC gaoline as a feedstock, LBO-A and LBO-16 as catalysts, and a confined fluidized bed as a reactor, the aromatization reaction of liquefied petroleum gas and FCC gasoline has been studied in an orthogonal method, and the nine lumps model has been put forward based on the aromatization reaction of liquefied petroleum gas. A mathematical method obtained is first introduced to study the relationship of various products of aromatization, and it is beneficial to know the mechanism and kinetics of the aromatization reaction to adapt to the necessity of industrialization.