The influence of thermal-hydraulic-mechanical- and chemical effects on the evolution of permeability, seismicity and heat production in geothermal reservoirs

Keyphrases

• Chemical Effect 100%
• Seismicity 100%
• Geothermal Reservoir 100%
• Heat Production 100%
• Fracture Density 100%
• Event Rate 100%
• B-value 100%
• Enhanced Geothermal System 100%
• Fracture Size 100%
• Mechanical Effect 100%
• Thermo-hydro-mechanical 100%
• Injector 50%
• High Density 50%
• Doublet 50%
• Discrete Fracture 50%
• Thermal Energy 50%
• Large-scale Event 50%
• High Stress 50%
• Energy Recovery 50%
• Fracture Network 50%
• Fractured Reservoir 50%
• Continuum Model 50%
• Fill-in 50%
• Network Geometry 50%
• Thermal Transport 50%
• Stress Regime 50%
• Thermo-hydro-mechanical Behavior 50%
• Hydraulic Transport 50%
• Induced Seismicity 50%
• Reservoir Geometry 50%
• Seismic Events 50%
• Initial Stress 50%
• Fractured Media 50%
• Alpha Value 50%

Earth and Planetary Sciences

• Seismicity 100%
• Heat Production 100%
• Enhanced Geothermal System 100%
• United States of America 50%
• Fracture Network 50%
• Fractured Medium 50%
• Induced Seismicity 50%
• Thermal Transport 50%
• Thermal Energy 50%