In response to the continuous growth of energy demand,traditional fracturing technologies have become increasingly difficult to meet the efficient development requirements of deep,low-permeability oil and gas reservoirs.As an innovative oil and gas stimulation technology,the high-pressure pulsed jet coupling fracturing process achieves precise and efficient crushing of reservoir rocks by combining the high-energy iMPact of high-pressure pulsed jets with the pressure transfer of fracturing fluids,significantly enhancing the permeability and productivity of oil and gas reservoirs.This paper reviews the current development status of fracturing technologies at home and abroad and analyzes the limitations of traditional fracturing technologies in the application of deep,low-permeability oil and gas reservoirs.Subsequently,the basic principles,field implementation scenarios,and potential risks of the high-pressure pulsed jet coupling fracturing process are elaborated in detail,providing theoretical support and practical guidance for the further promotion and application of this technology.
High-pressure pulsed jetStimulation technologyDevelopment statusBasic principlesField practice
万方数据
维普
