Innovative method of processing oil products

Abstract

In this article possibility of management electrohydraulic effect for the geterogention degree changing of work environment, the electroconductivity influence and dielectrical environment penetrability is suggested. Dielectrics differ from other substances in strong communications of the electric positive and negative charges which are their part. Measurement of dielectric permeability of the liquid environment is carried out thanks to the installation intended for measurement conductivity of the liquid environment, and comparison of measurement results of electrophysical characteristics of the Kumkol field oil. The dielectrical environment penetrability is decreasing from the liquid temperature increase and following frequencies. With increase in dielectric permeability's temperature value of oil changes in slightly. The results of experimental studies on the effect of electrohydropulse shock waves on dielectric permeability on two component media are important for scientific understanding of the physics of impulse phenomena in heterogeneous media. By results of the carried-out tests the new single-stage technique of oil processing was offered by electrohydraulic effect which leads to oil clarification from harmful to impurity, gives the chance to get the most economical, available way of extraction of the purified oil and an opportunity for development of innovative and technical progress in the country.