CPFD Software
Engineering Software · Texas, United States · 11-50 Employees
View Company Info for Free
Overview
Headquarters
13501 Katy Fwy Ste 3505, Houston, Texas,...Phone Number
(713) 429-1252Website
www.cpfd-software.comRevenue
<$5 MillionIndustry
About CPFD Software
Founded in 2006, CPFD Software has developed the only engineering simulation technology with the ability to serve as a true Virtual Reactor for design optimization of industrial fluidization units used in: oil refining; coal and bio-mass power generation and gasification; petrochemical reactors, e.g., polyolefins/plastics, acrylonitrile, titanium dioxide, polysilicon for photovoltaics; and numerous clean-tech applications, such as chemical-looping and flue gas scrubbing. CPFD's Barracuda Virtual Reactor software simulates complex 3D fluid-particle flows, including thermal effects and heterogeneous chemical reactions in any environment. CPFD's customers are using Barracuda VR simulation in engineering design, process optimization, troubleshooting and maintenance of fluidized reactors to increase production efficiency, to fix off-design performance problems, to reduce catalyst and product losses, to minimize operational risk in plant upgrades, to reduce emissions and for gas cleanup. CPFRead more
SIC Code 73,737NAICS Code 51,513Show moreCPFD Software Org Chart
Compare Similar Companies to CPFD Software
Compare insights from companies similar to CPFD Software, focusing on performance, financial data, growth rates, and unique benchmarks to identify key industry trends and opportunities.
Revenue
Number of Employees
Type
Funding
Founded In
CPFD Software Tech Stack
A closer look at the technologies used by CPFD Software
See more technologies
Top Engineering Software Companies
Top companies in Canada by revenue
Top companies in Australia by revenue
Top companies in New Zealand by revenue
Frequently Asked Questions Regarding CPFD Software
Sign Up For FreeTo access detailed company insights
Founded in 2006, CPFD Software has developed the only engineering simulation technology with the ability to serve as a true Virtual Reactor for design optimization of industrial fluidization units used in: oil refining; coal and bio-mass power generation and gasification; petrochemical reactors, e.g., polyolefins/plastics, acrylonitrile, titanium d... Read More