An integrated technical-economic model for evaluating CO₂ enhanced oil recovery development

Keyphrases

• Techno-economic 100%
• Economic Model 100%
• CO2-EOR 100%
• CO2 Injection 75%
• Carbon Tax 50%
• Net Present Value 50%
• Economic Performance 50%
• Incremental Oil Production 50%
• Politicians 25%
• Greenhouse Gas Emissions 25%
• Oil Production 25%
• CO2 Emissions 25%
• Technical Performance 25%
• Economic Potential 25%
• Porosity 25%
• Sensitivity Analysis 25%
• External Parameters 25%
• Performance-based 25%
• Design Requirements 25%
• Model Estimates 25%
• Oil Price 25%
• Oil Saturation 25%
• CO2 Emission Reduction 25%
• Integrated Assessment Model 25%
• Net Pay 25%
• Injection Depth 25%
• Recovery-based 25%
• Oil Formation 25%
• Production Base 25%
• Carbon Price 25%
• Technical Model 25%
• Internal Parameters 25%
• Pipeline Programs 25%
• Formation Factor 25%
• Value Variation 25%
• Carbon Dioxide Enhanced Oil Recovery 25%
• Right Decision 25%
• CO2 Utilization 25%
• CO2 pipeline 25%
• Industrial CO2 25%
• Break-even Price 25%
• Net CO2 Emission 25%

INIS

• economics 100%
• carbon dioxide 100%
• oils 100%
• recovery 100%
• emission 30%
• production 23%
• injection 23%
• performance 15%
• data 15%
• values 15%
• carbon 15%
• prices 15%
• taxes 15%
• breakeven 15%
• design 7%
• information 7%
• simulation 7%
• greenhouse gases 7%
• assessments 7%
• variations 7%
• increasing 7%
• pipelines 7%
• underground 7%
• depth 7%
• sensitivity analysis 7%
• porosity 7%
• oil saturation 7%

Engineering

• Enhanced Oil Recovery 100%
• Oil Production 60%
• Net Present Value 40%
• Greenhouse Gas 20%
• Internals 20%
• Porosity 20%
• Field Data 20%
• Design Requirement 20%
• Oil Saturation 20%
• Economic Potential 20%
• Policymakers 20%
• Oil Price 20%
• Carbon Dioxide Utilization 20%
• Formation Factor 20%