Standpipes are an essential component to circulating fluidized bed systems. They are one of the only components of a circulating fluidized bed system that build pressure and adjust their height and pressure build automatically to balance the pressure drop along the rest of the circulating loop.
In this paper, the simulation of the SE-SMR process in a DFB reactor is done in Barracuda Virtual Reactor, and the effects of bed inventory, superficial velocity and steam to methane ratio on hydrogen purity and methane conversion are discussed
This PSRI Research Brief (RB 238) describes a new method developed at PSRI for sorting textile fibers
In this study, the gas and solid behaviors in a pilot-scale circulating fluidized bed combustor were investigated by using Barracuda numerical simulations under oxy-fuel combustion conditions.
This simulation shows how 3D simulations performed in Barracuda Virtual Reactor can be validated not just through rigorous experimental measurement, but also by 1D simulation of boundary conditions.
This simulation is part of a talk that discusses how the accuracy of 3D simulations in Barracuda Virtual Reactor can be improved by using 1D simulation to tune parameters at boundary conditions.
This video demonstrates how Eulerian-Lagrangian methods such as the MP-PIC model and CFD-DEM can effectively simulate a full loop fluidized bed.
Training provided by Hi-Key Technology on the topic of Simulation Analysis of Barracuda Oil Catalytic Cracking Reaction. The language of this training is Chinese.
Training provided by Hi-Key Technology on the topic of CPFD Simulation and Prediction of Biomass Co-Combustion in Circulating Fluidized Bed Boiler. The language of this training is Chinese.
This video, created by Beijing Hi-key Tech Co. Ltd., demonstrates Barracuda Virtual Reactor® applied to a coal powder pneumatic conveying system.