Thermal short-circuit mitigation in enhanced geothermal systems: a novel dynamic flow regulation technology using temperature-sensitive viscosity modifiers

Keyphrases

• Temperature Sensitivity 100%
• Dynamic Flow 100%
• Enhanced Geothermal System 100%
• Viscosity Modifier 100%
• Thermal Short-circuiting 100%
• Flow Regulation 100%
• Regulation Technology 100%
• Fluid Distribution 66%
• Flow Path 33%
• High Temperature 33%
• Numerical Simulation 33%
• Sweeping 33%
• System Performance 33%
• Flow Velocity 33%
• Natural Fracture 33%
• Robust Solution 33%
• Local Temperature 33%
• Electricity Generation 33%
• Glycerol 33%
• Extraction System 33%
• Heat Exchange 33%
• Net Energy 33%
• Production Increase 33%
• Production Temperature 33%
• Selected Temperature 33%
• Flow Redistribution 33%
• Thermal Breakthrough 33%
• Heat Extraction Rate 33%
• Long-term System 33%
• Effective Heat 33%
• Dominant Flow 33%

Engineering

• Fluid Viscosity 100%
• Flow Dynamics 100%
• Enhanced Geothermal System 100%
• Fluid Distribution 66%
• Thermal Short-Circuiting 66%
• Flow Path 33%
• Systems Performance 33%
• Natural Fracture 33%
• Robust Solution 33%
• Heat Exchange 33%
• Heat Extraction 33%
• Selected Temperature 33%
• Electricity Generation 33%
• Computer Simulation 33%
• Flow Velocity 33%