CO₂ enhanced oil recovery and storage using a gravity-enhanced process

Keyphrases

• Oil Recovery 100%
• Oil Storage 100%
• CO2-EOR 100%
• Enhanced Process 100%
• Pore Volume 33%
• Reservoir Fluid 33%
• Fluid Properties 33%
• Reservoir Heterogeneity 33%
• Reduced Order Model 33%
• Sequester 16%
• Reservoir Properties 16%
• Monte Carlo Simulation 16%
• Regional Assessment 16%
• Probabilistic Forecasting 16%
• Horizontal Well 16%
• CO2 Injection 16%
• Flooding Process 16%
• Pore Space 16%
• Response Function 16%
• Recovery Efficiency 16%
• CO2 Flooding 16%
• CO2 Geological Storage 16%
• High Oil 16%
• Water Alternating Gas Injection 16%
• Fluid Parameters 16%
• Immobile Water 16%
• Amount of Oil 16%
• CO2 Storage 16%
• Storage Efficiency 16%
• Oil in Place 16%
• Symbiotic Relationship 16%
• CO2 Storage Potential 16%
• CO2 Storage Capacity 16%
• Vertical Well 16%
• High Storage 16%
• Miscible Gas Flooding 16%
• End of Injection 16%
• Brine Aquifer 16%
• Robust Process 16%
• National Assessment 16%
• Miscible Process 16%
• Alternative Process 16%

Engineering

• Oil Recovery 100%
• Enhanced Oil Recovery 100%
• Oil Storage 100%
• CO2 Storage 50%
• Fluid Property 33%
• Reservoir Fluid 33%
• Reservoir Heterogeneity 33%
• Reduced Order Model 33%
• Horizontal Wells 16%
• Pore Space 16%
• Water-Alternating-Gas Injection 16%
• Immobile Water 16%
• Recovery Efficiency 16%
• Oil-in-Place 16%
• Response Function 16%

Earth and Planetary Sciences

• Oil Recovery 100%
• Enhanced Oil Recovery 100%
• Flood 33%
• Standard Deviation 16%
• Pore Space 16%
• Water-Alternating-Gas Injection 16%