Advances in sour gas injection for enhanced oil recovery-an economical and environmental way for handling excessively produced H₂S

INIS

• oils 100%
• recovery 100%
• gas injection 100%
• gases 62%
• sulfur 25%
• laboratories 25%
• cost 12%
• performance 12%
• economics 12%
• comparative evaluations 12%
• environmental impacts 12%
• precipitation 12%
• simulation 12%
• investigations 12%
• processing 12%
• reviews 12%
• carbon dioxide 12%
• reduction 12%
• minerals 12%
• safety 12%
• toxicity 12%
• prices 12%
• methane 12%
• injection 12%
• formation damage 12%
• economic analysis 12%
• sweep efficiency 12%
• crude oil 12%
• asphaltenes 12%
• hydrogen 12%
• interfacial tension 12%
• underground storage 12%
• dissolution 12%
• miscibility 12%
• field tests 12%
• reinjection 12%

Keyphrases

• Enhanced Oil Recovery 100%
• Sour Gas Injection 100%
• Sour Gas 62%
• H 2 S 25%
• Environmental Impact 12%
• Sulfur 12%
• Formation Damage 12%
• Sweep Efficiency 12%
• Crude Oil 12%
• Safety Requirements 12%
• Interfacial Tension 12%
• Environmental Issues 12%
• Injectivity 12%
• Underground Storage 12%
• Minimum Miscibility Pressure 12%
• Simulation Experiment 12%
• Technical Problems 12%
• Economic Analysis 12%
• Processing Methods 12%
• Asphaltene Precipitation 12%
• Induced Response 12%
• Gas Processing 12%
• Operating Company 12%
• High Safety 12%
• S Content 12%
• Price Impact 12%
• Sulfur Precipitation 12%
• Mineral Dissolution 12%
• H2S Content 12%
• Reinjection 12%
• Environmentally Friendly Methods 12%

Engineering

• Enhanced Oil Recovery 100%
• Gas Injection 100%
• Oil Recovery 33%
• Environmental Impact 16%
• Operating Company 16%
• Formation Damage 16%
• Technical Challenge 16%
• Crude Oil 16%
• Asphaltenes 16%
• Safety Requirement 16%
• Injectivity 16%
• Minimum Miscibility Pressure 16%
• Field Test 16%
• Simulation Experiment 16%
• Processing Method 16%
• Gas Processing 16%
• Reinjection 16%
• Methane 16%