Nickel, the most commonly used active metal for the dry reforming of methane (DRM), often
encounters the challenge of severe deactivation due to sintering and carbon deposition. In …

Catalyst deactivation is a complex phenomenon and identifying an appropriate deactivation
model is a key effort in the catalytic industry and plays a significant role in catalyst design …

The kinetics of the catalytic cracking of plastic pyrolysis oil (PPO) over three FCC (fluid
catalytic cracking) equilibrium commercial catalysts has been modeled. The PPO comes …

The catalytic cracking of high–density polyethylene pyrolysis waxes under fluidized catalytic
cracking conditions has been investigated with the aim of producing fuels at large–scale …

Abstract ZSM-5-and β-zeolite-containing two-layered hierarchical catalysts (2 LZ and 2 L-β)
were prepared using a template of malic acid and novel three-layered hierarchical catalysts …

The parameters of a 6-lump kinetic model for the catalytic cracking of tire pyrolysis oil (TPO)
in conditions of the industrial fluid catalytic cracking (FCC) unit have been computed. The …

Chemical process modeling is the basis for research and applications in related fields. With
the development of industrial informatization, data-driven process modeling techniques are …

The upgrading of heavy coker naphtha under conditions of the industrial fluid catalytic
cracking (FCC) unit has been investigated, with the aim of obtaining light olefins and a …

A detailed reaction kinetic model was developed to describe heavy naphtha reforming
reactions. The kinetic model involved 32 lumps and 132 reactions; the lumps were one to 11 …

The multi-objective optimization of the economics and environmental protection of the
fluidized catalytic cracking reaction-regeneration (FCC-RR) process can achieve a balanced …