An 8-lumps kinetic model based on the feedstock composition is presented. The model is
fitted according to a proposed methodology that allows to identify, by means of an analysis …

The kinetic characteristics of an in-situ crystallized FCC catalyst were reported for the first
time. A six-lump kinetic model containing 24 kinetic parameters, one parameter for basic …

Modeling fluid catalytic cracking (FCC) riser reactors is of significant importance in FCC unit
control, optimization and failure detection, as well as development and design of new riser …

The catalytic cracking of n-dodecane over HZSM-5 zeolite catalyst was investigated at 400–
450° C under supercritical and subcritical pressures (0.1–4.0 MPa). The results show that …

Fluidized-bed catalytic cracking (FCC) has been considered as one of the largest catalytic
process in the world. FCC is the name for a complex process unit that cracks long molecules …

The present study investigates the effects of the changes of the catalyst to feedstock ratio
(C/O) on FCC cracking using a Y-zeolite-based catalyst. Experiments are developed in a …

A comprehensive three-dimensional (3D) heterogeneous reactor model based on the
Eulerian–Eulerian approach was applied to simulate the turbulent gas–solid flow and …

Catalytic cracking reactions exhibit complex pathways because of the simultaneous
reactions and transport phenomena taking place. In Fluidized-bed Catalytic Cracking (FCC) …

This work built a molecular‐level kinetic model for hydrocarbon catalytic cracking,
incorporating the catalyst acidity as the parameter to estimate reaction rates. The n‐decane …

The cracking performance determined by corresponding physiochemical properties of a
FCC catalyst is usually one of the most important factors for catalyst selection and design …