In this study by Barracuda Virtual Reactor distributor Adlan Omer alongside Martin Weng, the effect of air distribution from a nozzle grid on the combustion of a CFBC riser is assessed.
In this paper, Barracuda Virtual Reactor is used alongside a chemical process optimization software to analyze a biomass gasification process
CPFD and PSRI co-authored this presentation from the 2017 AIChE Annual Meeting, which highlights Barracuda Virtual Reactor simulation results of a large cold-flow FCC stripper experiment.
This paper presents a CPFD model for solid waste and biomass particle combustion in a circulating fluidized bed.
This paper compares the results of a two-fluid model (TFM) of a fluidized bed to other CFD methods, including Barracuda Virtual Reactor.
In this paper, a model developed using Barracuda Virtual Reactor is used to quantify the relationship between the flow hydrodynamics and the chemical reactions in multiphase flow-reaction systems.
Virtual Reactor simulation of a biomass pyrolysis reactor, by Kokourine and Adham at Hatch, verifies that plug-flow with internal-recirculation (PFIR) can be achieved under reasonable operating conditions.
The simulation results in this paper show the numerous modeling capabilities of the MP-PIC approach to identify possible performance and reliability issues of an industrial Fluid Catalytic Cracking (FCC) regenerator..
A cold flow model of an 8 MW dual fluidized bed (DFB) system is simulated using Barracuda Virtual Reactor, and then the effect of the chosen drag law on the hydrodynamics is analyzed.
In this paper, Barracuda Virtua Reactor was used to help disprove the notion that probes do not affect the data collected in circulating fluidized bed risers and prove that intrusive probe measurements consistently mispredict the behavior of the system.