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The article describes the design of the dehydrator of moisture-containing waste paper production, methods and results of its experimental studies. An adequate statistical expression has been obtained for the mutual influence of voltage by the electrodes, processing time, amount of moisture removed, humidity, current strength by electrodes, required power and energy. Upon reaching the lead, the efficiency of the liquid treatment with the dehydrator decreases sharply. The duration of waste treatment at a dehydrator for 28 V is 0.75 hours, and with a voltage drop of up to 4 V increases to 5 hours. Age less than 10 V. After 1.5 hours of operation at constant tension, the amount of energy supplied does not change. The cause of this dependency is fading work. The most economical mode corresponds to the highest voltage. Depending on the congestion conditions of the technological section of waste processing. Regression models determined the technologically permissible minimum voltage for the interval of change in the amount of waste. The obtained regression models allow us to determine the current strength, power consumption and energy consumption by 70 kg.

Studying the Electrodynamic Parameters of Dehydration of Moisture-containing Waste using an Electroosmotic Dehydrator