Potential Analysis Of CO₂-EOR Technology In Junggar Basin

CCUS (CO2 Capture, Utilization and Storage, referred CCUS) of CO2-EOR technology as a new way to reduce emissions, not only to reduce CO2 emissions into the atmosphere, but also be able to use CO2 resources, thus enabling permanent CO2 storage in geological formations body, at the same time can increase oil recovery, it is a double benefit of technology.Junggar Basin in western China is an important strategic sedimentary basins and petroleum resource base, carry out CO2-EOR technology has the potential suitability to evaluate the safety significance of the cause of energy conservation and energy. Based on the premise of full data collection, analysis, research CO2 emissions from major industrial sources of Junggar Basin, the size and distribution of emissions in the Junggar Basin, to determine the needs of their size and whether it is appropriate Junggar Basin CO2-EOR technology. We studied the transport route selection and conditions of Junggar Basin CO2-EOR technology for analysis. And in accordance with the "national CO2 geological storage potential demonstration projects and technical requirements" and CO2 geological sequestration and enhanced oil recovery technology requirements of the Junggar Basin, the geological storage of CO2-EOR related to the suitability of the construction unit, the basin area and depth, geothermal conditions indicators parameter geological structure, faulting, earthquakes, geothermal gradient, oil and gas resources, climate, reservoir temperature, reservoir pressure and cost factors were evaluated to determine their suitability CO2-EOR technology. Provide appropriate support for the application of theoretical CO2-EOR technology in Junggar Basin.