Abstract
The article is devoted to the research of the effect of the prismatic nozzle design on the large phase contact surface while steam nozzle is used to spray the mistella in the inner cavity of the final distiller. The appearance of the dispersed phase in spraying liquid in a prismatic four-nozzle sprayer was analyzed in the experimental equipment assembled for the study of heat and matter exchange processes using prismatic nozzles. For production conditions, the effectiveness of the use of vertical prismatic nozzles has been proven to accelerate the processes of heat and substance evaporation in the working volume of the device.
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