AIChE Symposium Series |
Contents
FCC Hardware Options for the Modern Cat Cracker R E Wrench and P E Glasgow | 1 |
FCC Catalyst Pore Architecture and Performance Stephen J Yanik Paul OConnor Michael F Brady | 9 |
FCC Bottoms Cracking with Minimum Coke Make P van de Gender R M Benslay K C Chuang | 21 |
Copyright | |
11 other sections not shown
Common terms and phrases
achieved acid active matrix additive alkylation amount analysis aromatics atomization base bottom calculated carbon cell changes Chemical circulation coke compared comparison component composition concentration constant conversion cracking cracking catalyst cyclic deactivation decrease determine developed distribution effect equilibrium catalyst evaluation FCC catalysts FCC unit FCCU feed feedstock Figure fraction function gasoline heat heavy higher hydrocarbons important impregnation improved increased indicates initial injection light lower material measured Meeting metals method molecules nickel nozzle octane olefins operating oxygen performance pilot plant pool pore predicted presented pressure drop procedure properties ratio reaction reactor reduced refinery reformulated regenerator relative resid riser Sample selectivity severity shown shows simulation solids spent catalyst steam surface area Table temperature tion unit vanadium varied volume yield zeolite zone