Preliminary Research of Acid Crude Oil FCC Decarboxylation Technology;

ZSM-5 catalysts modified with lanthanum for catalytic cracking of C_4-olefins to propylene;

Study on production of propylene and ethene from 1-butene by catalytic cracking;

Study on activity stability of catalytic cracking catalyst for producing lube base oil from hydrocracking bottoms;

Maximizing yield of propylene by two-stage riser catalytic pyrolysis of heavy oil;

Study on the catalysts for catalytic pyrolysis of heavy oil to ethylene and propylene;

Study on lumping kinetic model of heavy oil catalytic pyrolysis;

Study on coal gas catalytic decomposition in rotating packed bed reactor;

Research on advances of converting organosilicon high-boiling components to methylchlorosilane by catalytic decomposition;

Study on production of methylchlorosilane from the organosilicon high-boiling components by catalytic decomposition;

Molecular reaction kinetics simulation of deep catalytic cracking: Molecular simulation of feedstock;

Study on FCC Gasoline Deep Catalytic Cracking;

This paper introduced the characteristics of Deep Catalytic Cracking (DCC) technology in aspects of feedstock, catalyst, typical commercial test results, and focused mainly on the latest commercial applications.