physical mass transfer

Mass transfer is defined for various phenomena such as drying, evaporation, condensation, mixing species, absorption and distillation. This field has much application in chemical engineering and mechanical engineering problems. ANSYS Fluent is capable to model all type of mass transfer and for each one you should use various model in ANSYS fluent. For instance for modeling diffusion of gas and emission into the parking room we use species transport model by using Fick’s low model. In this case, we use this model without activating any chemical reaction. For modeling evaporation and condensation, we can use VOF or mixture multiphase flow, depends on problem. For using sedimentation, we use DPM model. We have many experiences in filed if CFD simulation of mass transfer by ANSYS Fluent. In the following, you can see a summary of CFD simulation project related to physical mass transfer.

·        Diffusion of CO emission in a multistory  car parking

·        Evaporation of water in a high-temperature pond

·        Surface evaporation in desalination

·        Dehumidification and emission removal in the surgery room

·        Cylindrical perforated dryer

·        Dehumidification from seeds

Cavitation in pumps and spillways (Straight Drop, ogee, shaft, chute. Side channel, siphon labyrinth)
This is just a brief list of our project in this field. You can be in touch with us and get advice from us in filed of mass transfer and CFD abilities for simulation of this filed in various application.

MR-CFD

MR-CFD experts are ready to fulfill every Computational Fluid Dynamic (CFD) needs. Our service includes both industrial and academic purposes considering a wide range of CFD problems. MR-CFD services in three main categories of ANSYS Fluent Consultation, ANSYS Fluent Training, and ANSYS Fluent Project Simulation. MR-CFD company has gathered experts from various engineering fields to ensure the quality of CFD services. Your CFD project would be done in the shortest time, with the highest quality and appropriate cost.