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.
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.
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.
This paper discusses how impurities can effect chemical reactions in fluidized beds, and in doing so highlights Barracuda Virtual Reactor’s ability to accurately model multiphase chemistry.
This study outlines how Barracuda Virtual Reactor can be utilized to optimize models of fluidized bed reactors by manipulating simulation parameters and simulation geometry.
This paper shows how Barracuda Virtual Reactor can be used to validate mathematical analysis and verify expected relationships between parameters and results.
In this paper, researchers use Barracuda Virtual Reactor to extend existing isothermal research work and now model the thermal profile of an industrial fluidized bed reactor
In this paper, researchers use Barracuda Virtual Reactor to help determine preliminary parameters and dimensions for an industrial scale fluidized bed reactor
This paper demonstrates how Barracuda Virtual Reactor can be used to research yet unexplored applications of fluidization technology, such as industrial scale chlorination of aluminum oxide via a fluidized bed reactor,