MERTC 2018 – Bahrain
Update: The MERTC 2018 conference was a success, with CPFD presenting as well as hosting a booth during the conference. If you were unable to attend the presentation, register for…
Update: The MERTC 2018 conference was a success, with CPFD presenting as well as hosting a booth during the conference. If you were unable to attend the presentation, register for…
2017 ERTC Presentation: Resolving Severe Regenerator Maldistribution Presented by Peter Blaser, Vice President of Engineering, CPFD Software LLC Please join us for our first webinar in 2018. Peter Blaser, CPFD…
The Asian Refining Technology Conference (ARTC) 2018 will be held this year in Kuala Lumpur, Malaysia from April 23rd – 25th, 2018. Peter Blaser, Vice President of Engineering Services for…
This presentation by Sam Clark discusses how numerical simulations of a PSRI cold-flow FCC stripper experiment with subway grating baffles were performed using the Virtual Reactor Simulation and compares the results with measurements from PSRI’s Research Report No.88.
Barracuda Virtual Reactor® Simulations of PSRI Cold-Flow FCC Stripper Experiment Presented by Sam Clark, Senior Project Engineer, CPFD Software LLC Join us for a free CPFD Software webinar presented by…
CPFD and PSRI co-authored this presentation from the 2017 AIChE Annual Meeting, which highlights Barracuda Virtual Reactor simulation results of a large cold-flow FCC stripper experiment.
The 22nd ERTC will be held this year in Athens, Greece from November 13 – November 15, 2017. Peter Blaser, Vice President of Engineering Services for CPFD Software, will be…
Join us at the 2017 AIChE Annual Meeting from October 29 – November 3, 2017 in Minneapolis MN. CPFD Software engineers are coauthors on several papers being presented: 751g Numerical…
CPFD Software Sales Manager, Bill Lutz, will be in attendance at the 2017 AFPM Operations & Process Technology Summit from October 1 – October 4, 2017 in Austin, TX. To…
Although extensive CFB riser studies have been conducted, most of the reported data are for risers operating at relatively low gas velocities. There is a lack of hydrodynamics data for conditions similar or close to those of commercial FCC risers.