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"Enhanced Oil Recovery" by Marcel Latil

Posted By: exLib
"Enhanced Oil Recovery" by Marcel Latil

"Enhanced Oil Recovery" by Marcel Latil
Institut Français du Pétrole (IFP)
Gulf Publishing Co, Editions Technip | 1980 | ISBN: 271080381X 0872017753 9780872017757 9782710803812 | 246 pages | PDF | 76 MB

This book contains general information regarding Enhanced Oil Recovery technologies and the data and information regarding research and technical development in the field of Enhanced Oil Recovery.

Contents
Introduction
1. Factors common to all enhanced recovery methods
1.1. Principal influences on the efficiency of enhanced recovery
1.2. Linear displacement
1.3. Two and three-dimensional displacement
1.4. Injection well location
1.5. Areal sweep efficiency for pattern floods
Appendix 1.1. The general theory of frontal displacement (Variable cross-section)
References
2. Water injection
2.1. Introduction
2.2. The selection of water injection as an enhanced recovery method
2.3. Displacement mechanics
2.4. Water injection in regularly developed homogeneous reservoirs
2.5. Water injection performance calculations
2.6. Optimum initial free gas saturation for water injection
2.7. Practical considerations in water injection projects
Appendix 2.1. A study of the comparative merits of water and gas injection in the lower Gassi Touil reservoir (Ref. 4)
Appendix 2.2. Practical interpretation of pressure fall-off curves
References
3. Gas injection in an oil reservoir (immiscible displacement)
3.1. Introduction
3.2. Injection well location
3.3. Sweep efficiency
3.4. Preliminary studies and field evaluation of injection efficiency
3.5. Injection well completions
3.6. Production well completions
3.7. Surface installations. Compression and treatment
3.8. Special applications of gas injection
References
4. Miscible drive
4.1. Introduction
4.2. Miscible slug flooding
4.3. Thermodynamic miscibility
4.4. The ternary diagram
4.5. Basic methods of miscible drive
4.6. Improved miscible drive methods
4.7. Benham's correlations
4.8. Model studies
References
5. Gas recycling in gas-condensate reservoirs
5.1. Introduction
5.2. The thermodynamics of gas recycling
5.3. Sweep efficiency
5.4. Well locations
5.5. Production control
5.6. Production equipment
5.7. Determination of operating conditions
Appendix 5.1. An example of the use of mathematical models in the study of a recycling project in a gas-condensate reservoir South Kaybob Field (Canada)
References
6. Thermal recovery methods
6.1. Date required for the study of thermal recovery methods
6.2. Hot fluid displacement
6.3. In-situ combustion
Conclusion
References
7. Other methods of enhanced recovery
7.1. Introduction
7.2. The use of polymers
7.3. Foam injection
7.4. The use of surfactant solutions
7.5. Micro-emulsions the maraflood project
7.6. The use of carobon dioxide
7.7. Conclusions
Appendix 7.1.
Appendix 7.2. The rheology of polymer solutions
References
Subject Index
with TOC BookMarkLinks
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