Hydrodynamics of Wet Type Dusty Gas Collector

Abstract

The article presents the results of an experimental study to determine the hydraulic resistance in a device in which the contact element generates a rotating current and to study its effect on the cleaning efficiency. The equation for determining the resistance coefficient of the contact element of the device is proposed and the correction coefficients are included, on the basis of which the values ​​of the resistance coefficient are determined experimentally. The device used quartz sand and dolomite dust as samples to study the effect of working bodies on dusty gas flow. Comparative graphs were constructed for different values ​​of variable factors of hydraulic resistance and its effect on cleaning efficiency and based on optimal parameters.