1. | Lecture 1 | General introduction, outline, goals, and definition | ||
Lecture 2 | ||||
2. | Lecture 3 | Type of reservoir fluids : Dry gas / Wet gas / Gas condensate / Volatile oil / Black oil |
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Lecture 4 | ||||
3. | Lecture 5 | PVT laboratory testing : Constant mass expansion / Differential vaporization / Compositional analysis / : Oil densities and viscosity / SARA, Asphaltenes, WAT |
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Lecture 6 | ||||
4. | Lecture 7 | Fluid sampling : Bottom hole samples / Drill stem test samples |
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5. | Lecture 8 | Thermodynamics and phase behavior : Ideal gas / Peng-Robinson (PR) / Soave-Redlich-Kwong (SRK) : Peneloux liquid density correction / Mixtures / Properties calculated from EoS + molecular data |
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6. | Lecture 9 | Piping systems and process pressure vessels : System design / construction |
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Lecture 10 | ||||
7. | Lecture 11 | Production : Gas production / Oil production / Enhanced oil recovery |
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Lecture12 | ||||
8. | Lecture13 | The well components : Christmas tree / surface wellhead |
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Lecture14 | ||||
9. | Lecture15 | Subsea structures : Subsea control systems / umbilical / flowlines |
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Lecture16 | ||||
10. | Lecture17 | Flow regime : Horizontal and vertical flow / Stratified flow / Annular flow / Dispersed bubble flow / Slug flow |
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Lecture18 | ||||
11. | Lecture19 | Flowline pressure drop : Frictional losses / Elevation losses / Acceleration losses / Errors in ΔP calculation / Pipe wall roughness |
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Lecture20 | ||||
12. | Lecture21 | Liquid hold up : Cause / Prediction / Field & experimental data / Three phase flow |
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Lecture22 | ||||
13. | Lecture23 | Field operation : Operational procedures for offshore petroleum production |
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Lecture24 | ||||
14. | Lecture25 | Application Example: Offshore platform (Pluto fields) Application Example: Floating production system (Ichthys fields) |