Aqueous geochemical responses associated with the Sugar Creek CO2 enhanced oil recovery in Hopkins County, Kentucky

Keyphrases

• Kentucky 100%
• Creek 100%
• CO2-EOR 100%
• Geochemical Changes 100%
• Production Well 50%
• Injector 25%
• Carbon Storage 25%
• Carbon Dioxide 25%
• Anions 25%
• Chloride Concentration 25%
• PH Value 25%
• Sequestration 25%
• Free Phase 25%
• Domestic Water 25%
• Calcium Concentration 25%
• Precipitation Reaction 25%
• Dissolution Reaction 25%
• Alkalinity 25%
• Shallow Groundwater 25%
• Oil Field 25%
• Iron Concentration 25%
• Water-rock Interaction 25%
• Total Dissolved Solids 25%
• Temperature Reduction 25%
• Pressure Transducer 25%
• Wellbore 25%
• Pre-injection 25%
• Oil Well 25%
• Oxygen Temperature 25%
• Infrared Gas Analyzer 25%
• Well Water 25%
• Reservoir Pressure 25%
• Mississippian 25%
• Oxidation-reduction Potential 25%
• Groundwater Monitoring Well 25%
• Groundwater Aquifer 25%
• Specific Conductivity 25%
• Freshwater Aquifer 25%
• Solubility Trapping 25%
• Water Supply Well 25%
• Waterflood 25%
• Reservoir Brine 25%
• Strontium Content 25%
• Deep Reservoir 25%
• Oxygen Oxidation 25%
• Reservoir Formation 25%
• Barium Concentration 25%
• Sandstone Oil Reservoir 25%
• Tertiary Oil Recovery 25%
• Dissolved Oxygen Reduction 25%
• Geochemical Constituents 25%

Earth and Planetary Sciences

• Kentucky 100%
• Enhanced Oil Recovery 100%
• Carbon Sequestration 50%
• Pressure Sensor 50%
• Carbon Dioxide 50%
• Water Supply 50%
• Dissolved Oxygen 50%
• Alkalinity 50%
• Water-Rock Interaction 50%
• Mississippian 50%
• Oxidation-Reduction 50%
• Water Well 50%
• Oil Well 50%
• Oil Field 50%
• Oil Recovery 50%