Enhanced Oil Recovery from Shale Using CO2 and Surfactant Solutions
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Energy
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This method not only reduces treatment costs and reliance on fresh water but also mitigates issues linked to naturally occurring radioactive materials, showcasing a sustainable alternative for shale gas operations. - NORM waste management. - Industrial barite production. - Resource recovery technology. Advantages. - Recovers high-quality barite that meets API standards for drilling applications.
Such integration of functionalized silicone chemistry marks a significant advancement in tailoring fluid properties critical for enhanced oil recovery and hydraulic fracturing applications. This technology employs silicone polymers modified with specific functional groups to enhance the viscosity of high-pressure CO2 and hydrocarbon solvents used in oil recovery and hydraulic fracturing. - Improves viscosity of high-pressure CO2 and hydrocarbon solvents, enhancing oil recovery and hydraulic fracturing efficiency.
This responsive design not only improves hydrocarbon recovery but also contributes to a reduction in the carbon footprint by effectively sequestering emissions directly within the formation. This technology integrates high-strength support properties with chemical functionalities that actively sequester target species such as CO2, H2S, and other pollutants from combustion emissions and flow-back water. This responsive design not only improves hydrocarbon recovery but also contributes to a reduction in the carbon footprint by effectively sequestering emissions directly within the formation.
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