2019
DOI: 10.15666/aeer/1701_409425
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Thermo-Hydraulic Coupled Simulation of Immiscible Co2 Flooding

Abstract: As an efficient way to reduce CO2 in the atmosphere and to extract more hydrocarbons from reservoir, CO2 flooding is important to reduce environmental and ecological damage by traditional energy. Study on performance of CO2 in the reservoir and its impact on formation fluids is necessary to oil recovery and to further carbon capture and storage (CCS). In practical, CO2 is injected into reservoir at low temperature, and both field tests and predictions show that temperature of CO2 would be lower than that of re… Show more

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Cited by 2 publications
(1 citation statement)
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“…Research on the dynamics of CO 2 in the reservoir and its effect on formation fluids is necessary for CCUS. Zhao, C. L. (2019) [65] proposes a method to study CO 2 cold flooding reservoirs through relevant parameters such as fluid temperature and pressure. The simulation results show that the oil recovery factor and the gas-oil ratio are positively correlated with the injected fluid temperature.…”
Section: Dissolution Diffusion and Storage Of Co 2 In Crude Oilmentioning
confidence: 99%
“…Research on the dynamics of CO 2 in the reservoir and its effect on formation fluids is necessary for CCUS. Zhao, C. L. (2019) [65] proposes a method to study CO 2 cold flooding reservoirs through relevant parameters such as fluid temperature and pressure. The simulation results show that the oil recovery factor and the gas-oil ratio are positively correlated with the injected fluid temperature.…”
Section: Dissolution Diffusion and Storage Of Co 2 In Crude Oilmentioning
confidence: 99%