Hi-Key Technology Training May 18, 2021
Training provided by Hi-Key Technology on the topic of Modeling Analysis of Particle Aggregation in Fluidized Bed by CPFD. The language of this training is Chinese.
Training provided by Hi-Key Technology on the topic of Modeling Analysis of Particle Aggregation in Fluidized Bed by CPFD. The language of this training is Chinese.
In this paper, Barracuda is used to analyze how different particle species behave in a fully integrated regenerative calcium looping (FICaL) system
The 2021 AIChE Annual Meeting Call for Abstracts is now open, with abstract submission deadline extended to April 12, 2021. Before submitting, the AIChE encourages you to read through the…
The AIChE Annual Meeting is the premier educational forum for chemical engineers interested in innovation and professional growth. Academic and industry experts will cover wide range of topics relevant to…
Since 1985 the International Conference on Fluidized Bed Technology has been the forum for both the academia and industrial professionals to showcase the latest research and discoveries related to fluidized…
This presentation by Peter Blaser and Ravi Chandran thanks the IChemE Global Awards for announcing CPFD Software as Highly Commended for a second consecutive year and thanks TRI for their partnership.
This study by Cesar Medina-Pedraza and Hugo de Lasa of the University of Western Ontario reports a numerical hybrid cluster CPFD simulation of a downer reactor unit.
This paper focuses on the simulation of an entrained flow gasification reactor in Barracuda Virtual Reactor
Dr. Kit Windows-Yule provides his testimonial on his team’s training experience during the CPFD Software Web-based training, and initial experience applying Barracuda Virtual Reactor for advanced recycling / chemical recycling of plastics.
Kit Windows-Yule, PhD
Lecturer in Chemical Engineering
The University of Birmingham
CPFD Software Web-based Training
Experiments were performed in a pilot-scale bubbling fluidized bed gasification reactor, and a kinetics-based model was developed simulated using Barracuda Virtual Reactor.