Synergistic Theory and Technology of CO2 Enhanced Oil & Gas Recovery and Storage（二氧化碳提高油气采收率与封存协同理论及技术）

   本书为2024年度国家出版基金项目。全书为英文版，共分五章，主要阐述二氧化碳利用与封存技术在非常规油藏中的应用，系统介绍页岩储层中二氧化碳压裂增产与封存机理、模拟及效果评价，凝胶在二氧化碳驱替与地质封存中的应用，致密砂岩中二氧化碳利用与封存协同优化，二氧化碳提高油气采收率与封存协同中新型化学添加剂的使用及评价等内容。

  Chapter 1  CO₂ Fracturing for Production Enhancement and Sequestration

1.1  Mechanism and Potential of Carbon Storage by CO₂ Fracturing in Shale Reservoirs

1.2  Evolutionary Laws of Mechanical Properties During CO₂ Fracturing in Shale Reservoirs

1.3  Phase-Field Method of Crack Branching During SC-CO₂ Fracturing

1.4  Evaluation of Supercritical CO₂ Anhydrous Fracturing Effect in the Hong 87-9 Block

1.5  Comprehensive Evaluation on the Stimulation and Sequestration Effect of CO₂ Waterless Fracturing in Tight Oil Reservoir

1.6  Field Practices of CO₂ Waterless Fracturing eferences

References

  Chapter 2 Applications of Gels in CO₂ Geological Storage

2.1 Development and Applications of CO₂-Responsive Gels in CO₂ Flooding and Geological Storage

2.2 Importance of Conformance Control in Reinforcing Synergy of CO₂-EOR and Sequestration

2.3  Innovative Zoning Control Techniques for Optimizing a Megaton-Scale CCUS-EOR Project with Large-Pore-Volume CO₂ Flooding

References

  Chapter 3  Molecular Simulation Scale

3.1  Research Basis for Enhanced Recovery in Shale Oil and Gas Reservoirs

3.2  SLD Theory-Based Analysis of Shale Hydrocarbon Adsorption for Reservoir Evaluation

3.3  Selective Adsorption of CO₂/CH₄ Mixture on Clay-Rich Shale using Molecular Simulations

3.4  Dual Nanopores Dynamics of CO₂ Huff and Puff: Molecular Insights into Shale Oil Recovery and Carbon Storage

3.5  Competitive Adsorption Behavior of Hydrocarbon(s)/CO₂ Mixtures in a Double-Nanopore System Using Molecular Dynamic Simulations

References

  Chapter 4  Simulation of the Synergistic Mechanism of CO₂-EOR and Storage

4.1  Effects of Ion Concentrations on the Dissolution of Carbonate Minerals in CO₂-Brine-Carbonate Systems

4.2  Synergistic Optimization of CO₂ Utilization and Storage in Tight Sandstone Reservoirs

4.3  An Integrated Framework for Geothermal Energy Storage with CO₂ Sequestration and Utilization

4.4  Comparison of PR-EOS with Capillary Pressure Model with Engineering Density Functional Theory in Describing the Phase Behavior of Confined Hydrocarbons

References

  Chapter 5  Novel Chemical Additives for Synergistic CO₂-EOR and Storage

5.1  A Storage-Driven CO₂-EOR for Net-Zero Emission Target

5.2  Using Propanol as an Additive to CO₂ for Improving CO₂ Utilization and Storage in Oil Reservoirs

5.3  A Chemical Approach for Synergizing CO₂ Utilization and Geological Storage in Low-Permeability Reservoirs

References