Evolution of production and transport characteristics of steeply-dipping ultra-thick coalbed methane reservoirs

Keyphrases

• Transport Characteristics 100%
• Coalbed Methane Reservoir 100%
• Production Characteristics 100%
• Initial Pressure 50%
• Depressurization 50%
• Coalbed Methane Production 50%
• Stress Distribution 25%
• Spatial Variability 25%
• Coal Permeability 25%
• Hydraulic Fracturing 25%
• Methane Production Rate 25%
• Effective Stress 25%
• In-situ Stress 25%
• Permeability Anisotropy 25%
• Production Response 25%
• Production Well 25%
• Mining Area 25%
• Fluid Evolution 25%
• Saturation Level 25%
• Fluid Saturation 25%
• Water Saturation 25%
• Gas Production Rate 25%
• Initial Distribution 25%
• Strong Control 25%
• Dual-peak 25%
• Drainage Characteristics 25%
• Characteristic Distribution 25%
• Low-rank Coal 25%
• Stress-dependent Permeability 25%
• Gas Production Characteristics 25%
• Xinjiang China 25%
• Pressure Drawdown 25%
• Junggar Basin 25%
• Horizontal Well Fracturing 25%

Engineering

• Coalbed Methane Reservoir 100%
• Gas Production 50%
• Coalbed Methane Production 50%
• Depressurization 50%
• Simulation Result 25%
• Effective Stress 25%
• Initial Reservoir Pressure 25%
• Horizontal Wells 25%
• Hydraulic Fracturing 25%
• In Situ Stress 25%
• Relative Permeability 25%
• Fluid Saturation 25%
• Initial Pressure 25%
• Lower Rank Coal 25%
• Initial Distribution 25%
• Coal Seam 25%
• Production Characteristic 25%

Earth and Planetary Sciences

• Coalbed Methane 100%
• Pressure Reduction 33%
• Gas Production 33%
• China 16%
• Coal Seam 16%
• Low Rank Coal 16%
• Hydraulic Fracturing 16%