This study reports a novel hybrid model using Barracuda Virtual Reactor and AI for the prediction of six critical process variables of importance in an industrial-scale FCC
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
In this publication, a model for a high pressure fluidized bed was created using Barracuda Virtual Reactor® and validated against previously obtained experimental data
This thesis contains the experimental results for a cold flow model for bubbling fluidized bed (BFB) and a pilot scale BFB gasifier.
This paper explores how advances in GPU and multi-GPU computing have impacted 3D, transient simulations of fluidized bed conversion processes, resulting in simulations running up to 400x faster using GPUs in a single workstation compared with CPU-only performance.
The advantages of the MP-PIC method can be seen in this paper, where researchers use it to analyze the full hydrodynamics and thermochemistry of a fluidized bed reactor for a sorption enhanced steam methane reforming process.
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
In order to analyze the effects that maldistribution of gas can have on FCC regenerator performance, researchers from China University of Petroleum conducted simulations using Barracuda Virtual Reactor.
In this study the multiphase particle-in-cell (MP-PIC) method is used for the simulation of two pilot-scale circulating fluidized beds (CFBs) with quartz sand belonging to Geldart’s group B as bed material
Sinoma International Engineering uses Barracuda Virtual Reactor to analyze the different ways of reducing the resistance in cyclones