The Effect of Perforation Diameter and Number of Elements on Hydraulic Resistance

In this article, the influence of the perforation diameter and the number of arcuate elements on the hydraulic resistance in the working bodies of the rotor-filter apparatus is studied. In the course of research, the pressure losses occurring in the apparatus when the conditions of the gas-liquid flow, the size of the perforation holes and the number of working elements are changed were analyzed. It is also determined how the increase in the diameter of the perforation and the change in the number of arc elements affects the level of turbulence of the flow and the interaction of phases. The obtained results serve as an important scientific basis for reducing the hydraulic resistance, increasing the efficiency of the apparatus and optimizing the dust gas cleaning process. The results of the research are of practical importance in improving the design of the rotor-filter apparatus and increasing the efficiency of gas cleaning devices used in industrial enterprises.

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