Cement Plant Reduces Costs while Lowering Carbon Footprint
After installation the plant confirmed that CO emissions were reduce over 70%, with a 22% increase in non-fossil fuel substitution. Return on investment was less than 6 month payback.
After installation the plant confirmed that CO emissions were reduce over 70%, with a 22% increase in non-fossil fuel substitution. Return on investment was less than 6 month payback.
This paper focuses on the simulation of an entrained flow gasification reactor in Barracuda Virtual Reactor
This paper presents a new model for agglomeration which provides improved predictions for particle collision outcomes
Experiments were performed in a pilot-scale bubbling fluidized bed gasification reactor, and a kinetics-based model was developed simulated using Barracuda Virtual Reactor.
This paper by Raj Singh, Paul Marchant, and Steve Shimoda at TechnipFMC discusses how to use Barracuda Virtual Reactor to improve spent catalyst distribution in FCC regenerators.
After startup the refinery confirmed a 75% reduction in panel operator intervention and a 4% increase in maximum throughput.
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
Researchers use Barracuda Virtual Reactor to predict particle flow behaviors under different operating conditions
Barracuda Virtual Reactor has been shortlisted in the “Digital Technology of the Year” category as part of the ERTC Industry Awards.
This simulation study the University of Western Ontario demonstrates the scalability of chemical looping combustion (CLC) to achieve efficient capture of biomass-derived CO2.