This paper demonstrates the effectiveness of the numerical method used by Barracuda Virtual Reactor – the multiphase particle-in-cell (MP-PIC) method, which allows a detailed simulation of even large-scale units with affordable computational efforts.
This thesis by Christopher McIntyre from the University of Ottawa explores the use of CPFD modeling related to pressurized chemical looping combustion.
In this paper, researchers demonstrate Barracuda Virtual Reactor’s ability to accurately model the relationship between particle size distributions and the hydrodynamics of pneumatic conveying systems by comparing simulation results to experimental data.
This joint paper by the China University of Petroleum and SINOPEC is part two in a two part series on the effects of internals on FCC regenerator performance.
This paper demonstrates Barracuda Virtual Reactor’s capability to model irradiated fluidized beds using a P-1 radiation model
For this study, researchers used CFD methods to perform a multivariable analysis of a dual fluidized bed
This joint paper by the China University of Petroleum, SINOPEC, and the Chinese Academy of Sciences, is part one in a two part series on the effects of internals on FCC regenerator performance.
In this paper, Barracuda is used to analyze how different particle species behave in a fully integrated regenerative calcium looping (FICaL) system
NO emissions from two in–line cement calciners operating with petcoke and coal, respectively, are predicted through CPFD simulation and compared with operational data.
CPFD Software’s Quarterly Newsletter for Q4 2021