Advanced FCC Modules

The advanced modules directly address the issues of your unit. You select 5 - 7 from the following modules:

Increase Profitability

Maximizing Propylene Yield • ZSM-5 Best Practices • Maximizing LCO Yield • Minimizing Slurry Yield • Fractionator Bottoms Control • Minimizing Wet Gas Volume

Overcome Constraints

Main Air Blower Constraints • Wet Gas Compressor Constraints • Catalyst Circulation Constraints • Maximize Standpipe dP • Catalyst Losses • Regenerator Maldistribution

Advanced Subjects

FCC Catalyst & Additives • Computational Particle Fluid Dynamics • Instrumentation Best practices & Troubleshooting

A few examples…

Catalyst particle pore blockage by contaminant metals on the equilibrium catalyst results in increased slurry yield. An inflection point for most units exists at about 12,000 ppm.

Catalyst particle pore blockage by contaminant metals on the equilibrium catalyst results in increased slurry yield. An inflection point for most units exists at about 12,000 ppm.

CPFD simulation output with multiple cases demonstrating carbon monoxide concentration at multiple levels vs. various regenerator hardware configurations. Image courtesy of CPFD Software.

CPFD simulation output with multiple cases demonstrating carbon monoxide concentration at multiple levels vs. various regenerator hardware configurations. Image courtesy of CPFD Software.