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Computational Fluid Dynamics

MIXING

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Mixing of fluids is a very common and core process in industries such as chemical processing, oil and gas, paper and pulp. The formation of products typically involves injection of material at various points in process equipment. It is essential to ensure that injected fluid is mixed with the main stream fluid. This can be established by general observations, measurements, or experimental methods. These techniques can be expensive or disruptive to the process itself. Computational fluid dynamics (CFD) provides a viable and non-disruptive tool for measurement. Links on this page provide several examples of how Stress Engineering applied CFD to provide mixing solutions for our clients.


    Venturi Mixer — Simulation of flow of multiple components


    Helical Static Mixer — Flow of thick viscous fluids


    Mixing Tee — Mixing two streams with and without a static mixing element


Mixing  |  Cyclone Seperator  |  Poly-Pump
Liquids Filling  |  Spray Drying  |  Thermal Analysis  |  Precipitator