Niraj Mehta's Colleagues at CPFD Software
Niraj Mehta's Contact Details
505-275-3849
CPFD Software
Niraj Mehta's Company Details
CPFD Software provides specialized Computational Fluid Dynamics (CFD) simulation software and solution services used by leading: • Engineering service providers • OEMs • Manufacturer industries worldwide in o Oil refining o Petrochemical o Energy o Minerals processing To design, troubleshoot and optimize industrial fluidized bed reactors (FBRs) – improving profitability and competitive advantage through: • Improved equipment performance • Lower warranty risk and rework • Higher yields • Lower operating costs • Longer up-time CPFD’s Barracuda Virtual Reactor®️ software is recognized as providing a unique capability to model industrial FBRs at full-scale, changing how fluidized bed reactors are traditionally designed and optimized. Virtual Reactor™ software is able to handle both the scale and complexity of the internal operation of FBRs due its proprietary Barracuda®️ modeling technology that, unlike other CFD methods, can effectively simulate gas-solid systems containing any number of particles with any particle size distribution. Barracuda Virtual Reactor is computationally efficient and exploits low-cost parallel computing hardware enabling customers to deploy the software without requiring investment in expensive high-performance computing resources. CPFD works as a technical support partner with engineers tasked with designing, upgrading and operating FBRs in: • Fluid Catalytic Cracking Units • Polyolefin and Acrylonitrile manufacturing • Circulating fluidized boilers • Gasification and more Leveraging CPFD’s simulation software and dedicated support empowers those designing and manufacturing FBRs to complete projects more quickly and with greater confidence that performance requirements will be met when commissioned. CPFD also works directly with companies operating FBRs helping them achieve their engineering objectives during turnaround, and process improvement objectives during production with root cause analysis of reactor performance and “what-if” scenario modeling services.