CPFD Software Expands and Refurbishes Houston Headquarters
We’re excited to announce that CPFD Software has expanded and refurbished our headquarters at Republic Square in Houston, Texas.
We’re excited to announce that CPFD Software has expanded and refurbished our headquarters at Republic Square in Houston, Texas.
CPFD Software is excited to be a Silver Sponsor for the Society of Petroleum Engineers – Gulf Coast Section, CFD Group’s Annual Symposium. This year’s session is subtitled “AI Accelerated Physics Based Modelling and its Role in Energy Industry”.
This video shows Barracuda Virtual Reactor simulation results for the transient, multiphase, gas-particle dynamics inside a vortexing circulating fluidized bed (VCFB).
This application model uses Barracuda Virtual Reactor to simulate combustion inside the riser of a lab-scale CFB combustor. The simulation tracks fluid-particle interactions and chemical reactions between air and volatile species released from coal particles. This enables users to evaluate combustion performance, temperature profiles, and gas species distributions such as O₂, CO₂, NO, and SO₂ across the riser.
Introduction Figure 1: Cement Manufacturing Process (Courtesy of Aixprocess, Barracuda Users Conference 2019) Figure 2: Preheater Tower Flow Diagram (Courtesy of Aixprocess, Barracuda Users Conference 2019) Dating…
This video shows Barracuda Virtual Reactor simulation results for the transient, multiphase, gas-particle dynamics inside a vortexing circulating fluidized bed (VCFB).
This training example is part of the Barracuda Virtual Reactor Supplemental Training collection. It is intended to be done independently and after completion of the Barracuda Virtual Reactor New User…
This video shows Barracuda Virtual Reactor simulation results for the transient, multiphase, gas-particle dynamics inside a vortexing circulating fluidized bed (VCFB).
CPFD announces the release of Arena-flow® 11.0 that includes usability enhancements and automated plotting for monitoring running simulations.
This video shows Barracuda Virtual Reactor simulation results for a thermal, reacting, chemical looping combustion (CLC) system with oxygen uncoupling (CLOU).