Flow Modeling for Chemical Processing

Issues such as pollution control, erosion, efficiency, reducing expenses, designing and evaluating equipment, and increasing throughput are always on the mind of those involved in chemical processing. Tools such as CFD or physical flow modeling can provide information to the scientist and engineer for better understanding and controlling the issues.  Whether the process involves mixing, drying, filtration, dispersion, injections, chemical reaction, heat or mass transfers, performing a flow model can provide insight and nuances that can improve almost any process.  A brief overview of both CFD and physical flow modeling will be addressed, with pros and cons of each methodology. Examples including combustion,gas injection, chemical vapour deposition (CVD), static mixers, and drying will be presented showing how flow modeling was used to alleviate problems and improve performance.