Experimental Investigation of the Impact of CO₂ Injection Strategies on Rock Wettability Alteration for CCS Applications

Keyphrases

• Carbon Capture 100%
• Storage Applications 100%
• CO2 Injection 100%
• Injection Strategy 100%
• Wettability Alteration 100%
• Rock Wettability 100%
• Wettability 62%
• Supercritical CO2 (SCO2) 50%
• Contact Angle 37%
• Storage Efficiency 37%
• Sandstone 25%
• Rock Type 25%
• Complex Interactions 12%
• Storage Technologies 12%
• Surface Modification 12%
• Injection Pressure 12%
• Valuable Insight 12%
• Wet Condition 12%
• Confining Pressure 12%
• Injection Process 12%
• Deep Saline Aquifer 12%
• Sessile Drop 12%
• CO2 Emission Reduction 12%
• Berea Sandstone 12%
• Climate Change Mitigation 12%
• Carbon Storage 12%
• Extended Exposure 12%
• Water Wetting 12%
• Storage Period 12%
• Deep Saline Formations 12%
• Geological Setting 12%
• Drop Angle 12%
• Indiana Limestone 12%
• Contact Angle Method 12%
• Degree of Change 12%
• Wettability Characteristic 12%
• Homogeneous Property 12%
• Core Flooding 12%

Engineering

• Carbon Capture 100%
• Experimental Investigation 100%
• Rock Type 66%
• Carbon Capture and Storage Technology 33%
• Climate Change 33%
• Injection Pressure 33%
• Influencing Factor 33%
• Confining Pressure 33%
• Injection Process 33%

Earth and Planetary Sciences

• Carbon Capture and Storage 100%
• Wettability 100%
• Flood 12%
• Climate Change 12%
• Confining Pressure 12%
• Berea Sandstone 12%
• Carbon Dioxide Emission 12%
• Carbon Sequestration 12%
• Indiana 12%