CO₂-Brine-Rock interactions in reservoir chalk rock - a coupled experimental and numerical approach for obtaining hydrochemical results at reservoir conditions

Earth and Planetary Sciences

• Sample 83%
• Water 66%
• Chalk 50%
• Surface Pressure 50%
• Gas 50%
• Sampling 50%
• Flood 50%
• Chemical Composition 50%
• Experiment 33%
• Approach 33%
• Utilization 33%
• Reservoir 33%
• Calculation 33%
• Set 33%
• Cause 33%
• Pressure Regulator 33%
• Core 16%
• Datum 16%
• Rock 16%
• Model 16%
• Temperature 16%
• Sea Water 16%
• Bicarbonate 16%
• Brine 16%
• Dissolution 16%
• Calcite 16%
• Comparison 16%
• Specimen 16%
• Preserve 16%
• pH 16%
• Forward Modeling 16%
• Atmospheric Pressure 16%
• Vapor Phase 16%
• Physical Condition 16%
• Degassing 16%
• Experimental Study 16%
• Chemical Reaction 16%

Engineering

• Reservoir Condition 100%
• Water 66%
• Chemical Composition 50%
• Applications 33%
• Experiments 33%
• Codes 33%
• Precipitation 33%
• Numerical Calculation 33%
• Backpressure 33%
• Temperature 16%
• Models 16%
• Atmospheric Pressure 16%
• Estimation 16%
• Numerical Approach 16%
• Lower Pressure 16%
• Gas-Phase 16%
• Mass Balance 16%
• Saturated Water 16%
• Water Chemistry 16%
• Rock Interaction 16%
• Measured Result 16%