Abstract: The article presents the concept of an innovative pump with a vacuum-pulse system designed for efficient pumping of viscous liquids such as oil and other complex liquids. The pump consists of a vacuum-pulse chamber in which alternating zones of high and low pressure are created, which allows sucking and moving liquids with high viscosity. The design uses electromagnetic pistons that create pulses that push the liquid to the outlet. The turbine mechanism with adjustable blades stabilizes the flow and adapts to various operating conditions. A recirculation system is also provided to maintain constant pressure and minimize losses. This development allows to significantly increase the efficiency of transporting viscous liquids in the oil and chemical industries, as well as to improve the reliability and performance characteristics of pumping systems.

Keywords: vacuum-pulse system, pump, viscous liquids, oil, turbine mechanism, recirculation, pumping, efficiency