FCC family technology bridging petroleum refining with petrochemical industry
Xie, Chaogang Li, Zaiting Huo, Yongqing Zhang, Jiushun
FCC family technology bridging petroleum refining with petrochemical industry - 3 p. - Xie, Chaogang .
Resumen del autor, extraído del artículo. FCC family technologies, such as DCC, MGG and CPP, take the advantages of both thermal and catalytic reactions. A zeolite containing material is acted as heat carrier and catalyst as well. Versatile objectives can be achieved through regulating the catalyst formulation and optimizing the process variables. The ethylene, propylene and isobutylene from these FCC family technologies can be yielded 24.3wt%, 22.9wt% and 6.1wt% respectively with heavy feeds. The cracked naphtha is rich in toluene and xylenes. = WPC (16th.)
CD W938 1 0013960
FCC family technology bridging petroleum refining with petrochemical industry - 3 p. - Xie, Chaogang .
Resumen del autor, extraído del artículo. FCC family technologies, such as DCC, MGG and CPP, take the advantages of both thermal and catalytic reactions. A zeolite containing material is acted as heat carrier and catalyst as well. Versatile objectives can be achieved through regulating the catalyst formulation and optimizing the process variables. The ethylene, propylene and isobutylene from these FCC family technologies can be yielded 24.3wt%, 22.9wt% and 6.1wt% respectively with heavy feeds. The cracked naphtha is rich in toluene and xylenes. = WPC (16th.)
CD W938 1 0013960
