Based on the trends,it is important to decrease the content of alkenes in FCC gasoline.

Alkylation reactions of thiophenic compounds with olefin contained in FCC naphtha on USY zeolite catalyst were investigated.

The full range FCC naphtha selective hydrodesulfurization technologies (OCT-M and FRS) have been developed by FRIPP based upon properties of FCC naphtha from Chinese refineries and successfully applied on many commercial units with satisfactory results.

The development of full range FCC naphtha hydrodesulfurization (FRS) process developed by SINOPEC Fushun Research Institute of Petroleum and Petrochemicals (FRIPP) is described in respect of pilot plant testing, process flow, factors affecting selectivity, sulfur removal rate of typical full-range FCC naphtha and its commercial application in SINOPEC Jiujiang Company.

Influence of quinoline on the selective hydrodesulfurization of FCC gasoline;

Study on olefins-reduction by aromatization of light FCC gasoline over nanoparticle HZSM-5;

Effects of preparation conditions on the catalytic behaviors of SPAC for FCC gasoline alkylation desulfurization;

Studies on reaction rules for catalytic conversion of FCC light gasoline to propylene;

In application of Aspen Plus to commercial development of FCC light gasoline etherification,TH XME thermodynamic and transport properties were estimated,system of adiabatic etherification reactor with outside recycle cooling stream was developed,and integrated process flowsheet was simulated.

This article introduces the technology of FCC heavy gasoline via hydrogenation producing catalytic reforming feed stock which developed by FRIPP.

Study on Desulfurization of FCC Gasoline and Diesel Oil by Catalytic Oxidative over HPC/Semi-Coke Catalyst;