CO₂-Induced alterations due to thermal maturation in shale: Implications for CO₂ utilization and storage

Keyphrases

• Shale 100%
• CO2 Storage 100%
• CO2 Utilization 100%
• Thermal Maturation 100%
• Green River Shale 75%
• Bakken 58%
• CO2-EOR 50%
• CO2 Injection 41%
• Hydrocarbons 33%
• CO2 Geological Storage 33%
• Total Organic Carbon 16%
• Young's Modulus 16%
• Hydrocarbon Production 16%
• Diagenetic Processes 16%
• Bakken Shale 16%
• Thermal Maturity 16%
• Pre-maturation 16%
• Knowledge Gaps 8%
• Mechanical Properties 8%
• Ultra-low 8%
• Extended Period 8%
• Low Porosity 8%
• Low Permeability 8%
• Higher Hydrocarbons 8%
• Shale Reservoir 8%
• In Situ Temperature 8%
• Recovery Operations 8%
• Recovery Yield 8%
• Net Zero 8%
• Long-term Storage 8%
• Significant Knowledge 8%
• In Situ Conditions 8%
• Storage Reservoir 8%
• Mineralogical Properties 8%
• Source Rock 8%
• Atmospheric CO2 8%
• Dolomite 8%
• Sealing Efficiency 8%
• Leakage Risk 8%
• Mineral Trapping 8%

Earth and Planetary Sciences

• Enhanced Oil Recovery 100%
• Organic Carbon 33%
• Thermal Maturity 33%
• Atmospherics 16%
• Experimental Study 16%
• Porosity 16%
• Net Zero 16%
• Calcite 16%
• Source Rock 16%
• Dolomite 16%