CPFD Software researches how to make FCC processes more economically efficient, using Barracuda Virtual Reactor to identify and diagnose issues with emissions and with afterburn.
Kodam, Freireich, Pretz, and Stears from Dow discuss how Barracuda Virtual Reactor has been used to investigate riser termination device performance for separating catalyst particles from the gas phase.
This paper examines how CPFD simulation is used to improve overall FCCU economics.
The bed-to-wall heat transfer of a bubbling fluidized bed is simulated and analyzed using Barracuda Virtual Reactor.
Barracuda Virtual Reactor is used to simulate a scaled-up down flow reactor and to analyze the effects of changing gas velocity and solid mass flux on the cluster behavior.
This study by researchers at the University College of Southeast Norway and Tel-Tek investigates the applicability of the multiphase particle-in-cell (MP-PIC) method for predicting pneumatic conveying characteristics.
In this study by Bioenergy 2020+ and the Technical University of Vienna, an industrial-sized dual fluidized bed biomass gasification system was simulated with Barracuda Virtual Reactor and compared with plant data.
Fluidized bed design and scale-up depends strongly on particle characteristics such as size and shape. Preliminary work on particle shear in a packed and fluidized beds, suggest that particle clustering can be measured and may provide a quantifiable metric for the level of particle clustering.
This presentation by Peter Blaser discusses simulation as a means to “look inside” the FCCU, addressing issues such as erosion, catalyst losses, afterburn. Emissions, and catalyst circulation problems.
Barracuda Virtual Reactor® Simulations of PSRI Cold-Flow FCC Stripper Experiment Presented by Sam Clark, Senior Project Engineer, CPFD Software LLC Join us for a free CPFD Software webinar presented by…