Studying the Effect of Interior Scrubber Hydraulic Resistance on Cleaning Efficiency
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The paper examines the effect of inertial scrubber hydraulic resistance on industrial secondary gas cleaning in the wet method on the cleaning efficiency. In experimental studies, gas velocity, fluid flow, and injector hole diameter were selected as variables. In experimentsIntermediate increase in cleaning efficiency at minimum and maximum values of liquid consumption is 6.7%, gas flow rate during hydrogen-fluoride gas cleaning is 17.32 m / s and cleaning efficiency of the device in 30% aqueous solution of calcium technical soda is 97.42% detected.
Keywords
inertial scrubber, hydraulic resistance, cleaning efficiency, fluid flow, fluid layer, mass transfer