eBook: Heriot Watt University, Production Technology
Moderator: Production
eBook: Heriot Watt University, Production Technology
Heriot Watt Petroleum Engineering Series. Production Technology I free download
KEY TOPICS WITHIN PRODUCTION TECHNOLOGY
1 Well Productivity
2 Well Completion
3 Well Stimulation
4 Associated Production Problems
5 Remedial and Workover Techniques
6 Artificial Lift
7 Surface Processing
KEY TOPICS WITHIN PRODUCTION TECHNOLOGY
1 Well Productivity
2 Well Completion
3 Well Stimulation
4 Associated Production Problems
5 Remedial and Workover Techniques
6 Artificial Lift
7 Surface Processing
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Re: eBook: Heriot Watt University, Production Technology
Heriot Watt Petroleum Engineering Series. Production Technology II free download
Topics Covered:
1 INTRODUCTION
1.2 SYSTEMS ANALYSIS OF THE PRODUCTION
SYSTEM
1.3 HYDROCARBON PHASE BEHAVIOUR
1.4 RESERVOIR INFLOW PERFORMANCE
1.4.1 Liquid Inflow
1.4.2 Gas Inflow
1.4.3 2 Phase (Gas-Liquid) Inflow
1.4.4 Examples of IPRs
1.5 TUBING (OUTFLOW) PERFORMANCE
1.5.1 Tubing Pressure Traverse
1.5.2 The Tubing Friction Term
1.5.3 Introduction to Multiphase Flow in Vertical
Tubing
1.5.4 Prediction of Multiphase Fluid Properties
1.6 “GRADIENT” OR PRESSURE TRAVERSE
CURVES
1.7 FLOW MAPS AND CORRELATIONS
1.7.1 Duns and Ros
1.7.2 Hagedoorn and Brown
1.7.3 Beggs and Brill
1.7.4 Gray
1.8 TEMPERATURE MODELLING
1.9 SURFACE PRESSURE LOSSES
1.9.1 Surface Components
1.9.2 Flow Through Chokes
1.9.2.1Single Phase Liquid Flow
1.9.2.2Single Phase Gas Flow
1.9.2.3Multiphase Flow
1.9.3 Gathering System Layout
1.10 COMPLETIONS INFLOW PERFORMANCE
1.10.1 Perforated Completions
1.10.1.1 Perforation Charge Performance
1.10.1.2 Perforation Gun Selection
1.10.2 Gravel Packed Completion
1.10.2.1 Non-Darcy Turbulence Pressure Losses
1.10.2.2 Restriction of Gravel Pack Drawdown
1.11 COMPUTERISED WELL PERFORMANCE
PREDICTION PROGRAMS
1.12 WELL PERFORMANCE SENSITIVITY
STUDY EXERCISE
1.12.1 Reservoir Inflow and Tubing Outflow
Restrictions
1.12.2 Tubing Size and Liquid Loading
1.12.3 Effect of Water Cut and Depletion
1.12.4 Opportunities for Skin Removal by Stimulation
Topics Covered:
1 INTRODUCTION
1.2 SYSTEMS ANALYSIS OF THE PRODUCTION
SYSTEM
1.3 HYDROCARBON PHASE BEHAVIOUR
1.4 RESERVOIR INFLOW PERFORMANCE
1.4.1 Liquid Inflow
1.4.2 Gas Inflow
1.4.3 2 Phase (Gas-Liquid) Inflow
1.4.4 Examples of IPRs
1.5 TUBING (OUTFLOW) PERFORMANCE
1.5.1 Tubing Pressure Traverse
1.5.2 The Tubing Friction Term
1.5.3 Introduction to Multiphase Flow in Vertical
Tubing
1.5.4 Prediction of Multiphase Fluid Properties
1.6 “GRADIENT” OR PRESSURE TRAVERSE
CURVES
1.7 FLOW MAPS AND CORRELATIONS
1.7.1 Duns and Ros
1.7.2 Hagedoorn and Brown
1.7.3 Beggs and Brill
1.7.4 Gray
1.8 TEMPERATURE MODELLING
1.9 SURFACE PRESSURE LOSSES
1.9.1 Surface Components
1.9.2 Flow Through Chokes
1.9.2.1Single Phase Liquid Flow
1.9.2.2Single Phase Gas Flow
1.9.2.3Multiphase Flow
1.9.3 Gathering System Layout
1.10 COMPLETIONS INFLOW PERFORMANCE
1.10.1 Perforated Completions
1.10.1.1 Perforation Charge Performance
1.10.1.2 Perforation Gun Selection
1.10.2 Gravel Packed Completion
1.10.2.1 Non-Darcy Turbulence Pressure Losses
1.10.2.2 Restriction of Gravel Pack Drawdown
1.11 COMPUTERISED WELL PERFORMANCE
PREDICTION PROGRAMS
1.12 WELL PERFORMANCE SENSITIVITY
STUDY EXERCISE
1.12.1 Reservoir Inflow and Tubing Outflow
Restrictions
1.12.2 Tubing Size and Liquid Loading
1.12.3 Effect of Water Cut and Depletion
1.12.4 Opportunities for Skin Removal by Stimulation
You do not have the required permissions to view the files attached to this post.