This article presents theoretical and experimental research on the hydrodynamics of a rotary dust cleaning device (rotary scrubber). The study analyzes the influence of gas velocity, rotor rotation speed, and liquid feed rate on dust removal efficiency and pressure drop. Experimental results are compared with theoretical models to develop an empirical correlation for predicting hydrodynamic behavior. The obtained results show that optimized hydrodynamic parameters ensure up to 96% purification efficiency with minimal energy consumption.
Hydrodynamic Performance Analysis Of A Rotary Dust Removal System
DOI:
Keywords:
Rotary scrubber
dust cleaning
gas–liquid flow
hydrodynamics
Abstract
References
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