Arena-flow Inorganic Curing Demonstration
This video demonstrates Arena-flow’s inorganic curing capabilities for dehydrative systems.
This video demonstrates Arena-flow’s inorganic curing capabilities for dehydrative systems.
This video demonstrates the air-sand motion computed by Arena-flow for a magazine used to fill multiple sand cores. As the magazine pressurizes, the air drags sand into the core.
CPFD Software’s Peter Blaser will be giving a lecture on “Simulation of Industrial-Scale Fluidized Beds and Fluid-Particle Systems” on April 24th, 2025 at PSRI’s Fluidization Seminar in Chicago
Barracuda Virtual Reactor, CPFD Software’s advanced CFD tool, achieved up to 2x faster performance on NVIDIA’s GH200 Grace Hopper Superchip compared to previous optimal hardware, setting new benchmarks for industrial-scale fluid-particle simulations. These speedups enable more complex and comprehensive reactor modeling, driving innovation in refining, renewable fuels, and other heavy industries.
This video demonstrates some of the new multiphase simulation capabilities for vapor/liquid/solid (VLS) systems available in Barracuda Virtual Reactor 22.
This article highlights the collaboration between CPFD Software and the University of Luxembourg in utilizing Barracuda Virtual Reactor for advanced research on improving the efficiency of hydrogen-based iron ore reduction using fluidized bed technologies.
This simulation demonstrates how Barracuda Virtual Reactor and Tecplot 360 can be used in conjunction to perform first-of-its-kind bubble characteristic analysis in fluidized beds.
This video shows the cope and drag views of a thin-walled jacket core made using the shell sand / warm box module of Arena-flow.
CPFD Software would like to announce dates for our Barracuda Virtual Reactor Web-based Training courses in 2025.
CPFD Software has continued its longstanding support of the American Institute of Chemical Engineers‘ Particle Technology Forum by sponsoring the PTF Student Poster Awards and congratulates 2024 winners, Ishani Karki Kudva and Seyedamin Razavi.