Impact of micro-scale characteristics of shale reservoirs on gas depletion behavior: A microscale discrete model

Keyphrases

• Organic Matter 100%
• Discrete Model 100%
• Gas Depletion 100%
• Shale Reservoir 100%
• Microscale Characteristics 100%
• Depletion Behavior 100%
• Young's Modulus 66%
• Inorganic Minerals 66%
• Coupled Model 66%
• Mechanical Interaction 33%
• Shale 33%
• Diffusion Coefficient 33%
• Shale Gas 33%
• Creep 33%
• Mass Transfer 33%
• Mechanical Parameters 33%
• Multiple Components 33%
• Model Use 33%
• Poromechanics 33%
• Elastic Behavior 33%
• Gas Transport 33%
• Adsorbed Gas 33%
• Gasses 33%
• Nanoindentation 33%
• Permeability Ratio 33%
• Dual Media 33%
• Effective Diffusion Coefficient 33%
• Large Grain Size 33%
• Gas Production 33%
• Thin Section 33%
• Viscous Behavior 33%
• Shale Matrix 33%
• Energy Supply 33%
• Global Energy 33%
• High Young's Modulus 33%
• Creep Effect 33%
• COMSOL 33%
• Mineral Grain Size 33%
• Inorganic Matter 33%
• High Diffusion Co-efficient 33%

Engineering

• Microscale 100%
• Young's Modulus 100%
• Discrete Model 100%
• Diffusion 100%
• Applicability 33%
• Dimensionless 33%
• Mechanical Interaction 33%
• Fluid Viscosity 33%
• Field Data 33%
• Shale Gas 33%
• Coupled Model 33%
• Gas Production 33%
• Late Stage 33%
• Global Energy 33%
• Mechanical Property 33%
• Mass Transport 33%
• Inorganic Matter 33%
• Grain Size 33%
• Energy Supply 33%
• Particle Size 33%

Earth and Planetary Sciences

• Microbalance 100%
• Organic Matter 100%
• Diffusivity 100%
• Gas Transport 66%
• Transport Property 33%
• Field Scale 33%
• Gas Production 33%
• Grain Size 33%
• Nanoindentation 33%
• Energy Supply 33%
• Shale Gas 33%
• Mass Transport 33%
• Particle Size 33%