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
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 publication summarizes studies available in the open literature on fluidized bed strippers as applied to the FCC and fluid coker unit operations.
This publication summarizes studies available in the open literature on fluidized bed strippers as applied to the FCC and fluid coker unit operations.
In this publication, a model for a high pressure fluidized bed was created using Barracuda Virtual Reactor® and validated against previously obtained experimental data
In this publication, typical commercial stripper operating problems are pointed out, and methods to diagnose the problems are identified
This paper discusses how the landscape of fluidization technology has evolved over the last century.
Researchers at Brigham Young University completed this 5-year research program with the main objective to build and test a 100 kWth pressurized dry-feed oxy-coal combustor
To grasp the diffusion law of the unloading dust and reduce the amount of dust discharged, the Barracuda Virtual Reactor and similarity experiments were used to study the dust generation and diffusion principle under different unloading conditions
In this paper, the applicability of the MP-PIC method to model a biomass injector is investigated, and the effects on a system’s hydrodynamics of changing model inputs are discussed