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
This paper focuses on the simulation of an entrained flow gasification reactor in Barracuda Virtual Reactor
Experiments were performed in a pilot-scale bubbling fluidized bed gasification reactor, and a kinetics-based model was developed simulated using Barracuda Virtual Reactor.
Video playback of the announcement from the 2020 Hydrocarbon Processing Awards.
About This Webinar November 2020 Presented by: Peter Blaser Vice President, CPFD Software Ravi Chandran, PhD Chief Technology Officer, ThermoChem Recovery International Hosted by: Matt Stalker The IChemE Global Awards have announced…
CPFD Software is pleased to announce the release of Barracuda Virtual Reactor® 20.1. This release includes updates and enhancements that improve usability, physics, and post-processing capabilities, including: Updated New Project Dialog New…
CPFD Software is pleased to announce the release of Barracuda Virtual Reactor® 20.1. This release includes updates and enhancements that improve usability, physics, and post-processing capabilities, including: Updated New Project…
CPFD Software and DAL Teknik Makina have entered into a multi-year software licensing contract for CPFD’s Barracuda Virtual Reactor® Software. DAL Teknik Makina, a member of the DAL Group, uses…
In TechnipFMC and Suncor Energy’s recent article, Modelling ensures a successful revamp, an FCC regenerator revamp at the Suncor Edmonton refinery is discussed, aimed to incorporate advanced design features to mitigate operational challenges and improve the…
The IChemE Global Awards have announced CPFD Software as Highly Commended for a second consecutive year. CPFD’s joint entry, together with ThermoChem Recovery International, USA (TRI), is entitled Digital Technology…