Downhole Steam Generation for Green Heavy Oil Recovery

Keyphrases

• Heavy Oil Recovery 100%
• Steam Generation 100%
• Steam 36%
• Steam Injection 36%
• Steam Quality 27%
• Heat Loss 18%
• Steam Flood 18%
• In Situ 9%
• Matrix Laboratory (MATLAB) 9%
• Investment Cost 9%
• Environmental Impact 9%
• CO2 Emissions 9%
• Operating Cost 9%
• Royalty 9%
• Significant Benefit 9%
• Economic Case 9%
• Industry Requirements 9%
• Simulation Model 9%
• Oil Phase 9%
• Generation Method 9%
• Techno-economic 9%
• Wellbore 9%
• Economic Advantage 9%
• Economic Outcomes 9%
• Thermal Energy 9%
• Flue Gas 9%
• Flue Gasses 9%
• CO2 Effect 9%
• Quality Loss 9%
• Thermal Methods 9%
• Depth Change 9%
• Oil Reserves 9%
• Heavy Oil 9%
• Latent Heat 9%
• Cyclic Steam Injection 9%
• Heavy Oil Production 9%
• Gas Products 9%
• Oil Mobility 9%
• Heavy Oil Viscosity 9%
• Steam-oil Ratio 9%
• Feasibility Assessment 9%
• Technical Benefit 9%
• Steam Generation System 9%
• Steam-assisted Gravity Drainage 9%
• Heavy Oil Reservoir 9%

Engineering

• Heavy Oil 100%
• Oil Recovery 100%
• Steam Generation 100%
• Steam Injection 33%
• Heat Loss 16%
• Investment Cost 8%
• Thermal Energy 8%
• Limitations 8%
• Oil Viscosity 8%
• Operating Cost 8%
• Simulation Model 8%
• Oil Reservoir 8%
• Oil Phase 8%
• Wellbore 8%
• Flue Gas 8%
• Quality Loss 8%
• Generation System 8%
• Thermal Method 8%
• Oil Reserve 8%
• Latent Heat 8%
• Heavy Oil Production 8%
• Oil Ratio 8%
• Steam-Assisted Gravity Drainage 8%
• Cyclic Steam Injection 8%