A Comparative Study Between Turbulence Model RSM Results of a Dual Inlet Cyclone Separator and K-Epsilon RNG Turbulence Model

In this work, a dual inlet cycloneCyclone separator’s Numerical result (RSM turbulence model) is contrasted with current numerical analysis (K-ε RNG turbulence model). K-ε RNG turbulance model resultCyclone. The research evalute the results of Wang et al.’s (Chem Eng Process Intensification 158:108188, [2]) dual intake cycloneCyclone separator (known as 90° DI Cyclone) with a 7, 10, and 12 µm particle diameter and inlet velocity 15.5 m/s. The main topic of the findings and debate is the dual inlet cycloneCyclone separator’s separation effectiveness. The result shows that average deviation between these two results is 1.25%. At particle diameter 7,10 and 12 the particle collection efficiency of Wang et al. was 88.81%, 98.32%, and 99.5% where in current result it is 90.32%, 100%, and 100%.