Abstract
The article describes a new promising heat and mass exchange packing for evaporation cooling maintaining an intensive dripping flow mode and providing for disinfection of circulation water in electric field. The article includes the schematic diagram of the designed packing and a sample calculation of an industrial apparatus for evaporation cooling applying the designed heat and mass exchange packing. The authors describe the principle for preservation of surface properties of the packing elements. A method is offered to process experimental data, which helps to classify the packing material of various configurations, by mass exchange processes. The article also covers the calculation algorithm for key geometric and technological parameters of evaporation cooling apparatuses ensuring intensive dripping and film-dripping flow modes. Initial, reference and calculation parameters of the designed evaporation cooling apparatus with heat and mass exchange packing ensuring an intensive dripping flow mode and providing for disinfection of circulation water was introduced.
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