Powder suspension
Flow Patterns, Suspension homogenity, Mixing time
- Study purpose: continuation of the basic package by studing the mixing of a non-disolving powder into the main liquid
- Description: During the study will be performed biphasic simulations for a specific geometry with one liquid and one powder, at different mixer rotational speeds and/or liquid levels
- CFD Results:
- Flow patterns (velocities, mass fluxes, etc.)
- Suspension homogeneity: powder volume fraction (concentration)
- Mixing time for different inlet port positions (the time for the same type of liquid to be dispersed in the entire volume, starting from the inlet region)
- Analysis:
- Homogeneity analysis – Output of powder volume fractions; Comparisons with the data available in the literature
- Mixing time analysis – Analysis of the mixing times
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Other CFD Simulations Services
Power analysis, Flow patterns analysis, Turbulence analysis
Basic package
During the study will be performed monophasic simulations for a specific geometry with one liquid, at different mixer rotational speeds and/or liquid levels
Flow patterns, Mixing homogenity, mixing time
Mixing two liquids
During the study will be performed biphasic simulations for a specific geometry for the mixing of two different liquids, at different mixer rotational speeds and/or liquid levels.
Temperature patterns, Heat transfer,
Heating/cooling Time
Heating-cooling
During the study will be performed monophasic simulations for a specific geometry with one liquid that is heating through the mantle while is mixed.
Flow patterns, Gas holdup, Oxygen mass transfer, Interfacia area concentration, Columetric oxygen mass transfer.
Bioreactor, fermenter
During the study will be performed biphasic simulations for a specific geometry for the mixing of the main liquid with sparged air/oxygen.
Flow patterns, Vortex shape, Air influence
Vortex-air
During the study will be performed biphasic simulations for a specific geometry with one liquid, considering the air on the top, at different mixer rotational speeds and/or liquid levels
Flow patterns, Vortex shape, Air influence
Solid Dissolution
During the study will be performed biphasic simulations for a specific geometry with one liquid and one solid form (powder or granules), at different mixer rotational speeds and/or liquid levels
Custom CFD Simulations Services
Send to us your custom CFD Simulations request and we will glad to work on and improve your project using CFD results and complex analysis of the results.