Info!
UPDATED 1 Sept: The EI library in London is temporarily closed to the public, as a precautionary measure in light of the ongoing COVID-19 situation. The Knowledge Service will still be answering email queries via email , or via live chats during working hours (09:15-17:00 GMT). Our e-library is always open for members here: eLibrary , for full-text access to over 200 e-books and millions of articles. Thank you for your patience.
UPDATED 1 Sept: The EI library in London is temporarily closed to the public, as a precautionary measure in light of the ongoing COVID-19 situation. The Knowledge Service will still be answering email queries via email , or via live chats during working hours (09:15-17:00 GMT). Our e-library is always open for members here: eLibrary , for full-text access to over 200 e-books and millions of articles. Thank you for your patience.
Dynamic and control of fluidized catalytic crackers. Part 1. Modelling of the current generation of FCCs. A. Arbel et al. Ind. Engng. Chem. Res., April 1995, 34(4), 1228--1243.
A model is presented which is based on a more detailed description of the kinetics in the reactor and in the regenerator using published data on FCC performance and kinetic rates. A complete description of the kinetics of combustion of carbon monoxide to carbon dioxide including the effect of catalytic combustion promoters is included. Reactor kinetics are based on a 10 lump model which allows for feed and catalyst characterization by experiment. The model is in good agreement with observed trends in industrial units. 53 refs.
Abstract details
Journal title: Industrial & Engineering Chemistry Research
Keywords: Catalytic cracking
Subjects: Electricity from fuel combustion, Heat generation, Refining, Carbon monoxide, Carbon dioxide
