Methods for improving the energy efficiency of the installation with a discrete secondary part

Hydrodynamic cavitation, created by the intensive movement of secondary discrete part in an electromechanical device, is most important energy effect processing petroleum products. The presented work contains and summarizes results study main parameters cavitation processing, including geometric elements part, speed trajectory as well processed raw materials. It established that to achieve intense field, it necessary, depending on material (its rheological properties), maintain optimal temperature ensure part.