HYDRAULIC RESISTANCE OF REGULAR ATTACHMENTS OF MASS EXCHANGE DEVICES
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Abstract
A brief description of the environmental problem associated with environmental pollution is given, and one of the ways to solve it is proposed. The process of using regular packing elements for the absorption process is described and their advantages are indicated. Four types of regular nozzles for the experiment are presented, and a method for calculating the hydraulic resistance depending on the average gas flow rate in the apparatus of dry and irrigated nozzle bodies is proposed. Graphs of the dependence of hydraulic resistance on gas velocity obtained by calculating dry and irrigated nozzles and experimental data are presented. The analysis of the interaction of phases is performed and the modes of motion of the liquid film relative to the increase in the gas velocity are reflected. A promising direction for further development of research has been chosen.
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References
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