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Unit 1 Properties of Reservoir Rocks
1£®1 Porosity
1£®2 Fluid Saturation
1£®3 Permeability
1£®4 Permeability-porosityRelationship
Supplementary Reading£ºSedimentary Geology
Unit 2 Fundamentals of Reservoir Fluids
2£®1 Phase Behavior
2£®2 Properties ofReservoirFluids
Supplementary Reading£ºHow Oil is Displaced from Reservoirs
Unit 3 Performance ofoll Reservoir
3£®1 Rock and Liquid Expansion Drive
3£®2 Depletion Drive
3£®3 Gas Cap Drive
3£®4 Water Drive
3£®5 Gravity Drainage Drive
3£®6 Combination Drive
Supplementary Reading£ºPrinciples of Waterflooding
Unit 4 Overview of Reservoir Simulation
4£®1 Introduction
4£®2 Historical Perspective
4£®3 Numerical Reservoir Simulators
4£®4 Types of Reservoir Simulators
4£®5 Use of a Reservoir Simulator
4£®6 Data Preparation
4£®7 History Matching and Performance Prediction
Supplementary Reading£ºStreamline Simulation
Unit 5 Unconventional Gas Reservoirs
5£®1 Tight Gas
5£®2 Coalbed Methane£¨CBM£©
5£®3 Shale Gas
Supplementary Reading£ºCoalbed Methane
Unit 6 Managing Drilling Operations
6£®1 Overview
6£®2 Personnel Involved in Drilling Operations
6£®3 Contract Types
6£®4 Incentive Schemes
Supplementary Reading£ºPlanning and Drilling an Exploration Well on Land
Unit 7 Rig Systems and Equipment
7£®1 High Pressure Pumping Equipment
7£®2 Active Mud System
7£®3 Solids-control Equipment
7£®4 Hoisting Equipment
7£®5 Rotary Equipment
7£®6 Drillpipe Handling Equipment
7£®7 Summary
Supplementary Reading£ºProcess of Drilling a Well
Unit 8 Drilling Fluids
8£®1 Overview
8£®2 Functions ofthe Drilling Fluid
8£®3 Basic Mud Classifications
8£®4 Designing the Drilling Fluid
8£®5 Summary
Supplementary Reading£ºWell Completions
Unit 9 DirectionaI and HorizontaI Drilling
9£®1 Overview
9£®2 Why Drill Directional Wells£¿
9£®3 Tools and Techniques for Kicking offthe Well
9£®4 Controlling the Wellpath of a Deviated Well
9£®5 Horizontal Wells
9£®6 Multilateral Wells
9£®7 Surveying
9£®8 Navigation by Reference to Reservoir Characteristics
9£®9 Summary
Supplementary Reading£ºFishing
Unit 10 Well Control
10£®1 Overview
10£®2 Primary£¬Secondary£¬and Tertiary Well Control
10£®3 BOP Stack
10£®4 Kick Detection Equipment
10£®5 Killing the Well
10£®6 Shallow Gas
10£®7 Special Well Control Considerations
10£®8 Summary
Supplementary Reading£ºWell Treating and Servicing Operations
Unit II Artificial Lift Methods
11£®1 Introduction
11£®2 Gas Lifting
11£®3 Pumping
11£®4 Basic Feature of Sucker-rod Pumping
Supplementary Reading£ºGuideline of Artificial Lift Selection for Mature Field
Unit 12 Beam Pumping in Artificial Lift
12£®1 Introduction
12£®2 Surface Equipment
12£®3 Downhole Equipment
12£®4 Pumping Cycle
12£®5 Basic Pump Types
Supplementary Reading£ºDynamic Measurements of Beam Pump Parameters
Unit 13 Rodless Pumping
13£®1 Electric Submersible Centrifugal Pumps
13£®2 Hydraulic Piston Pump
13£®3 Hydraulic Jet Pump
13£®4 PlungerGas Lift
Supplementary Reading£ºOptimizing ESP Performance in the Kharyaga Field
Unit 14 Hydraulic Fracturing
14£®1 Introduction
14£®2 Fracturing for Well Stimulation
14£®3 Fracturing other than for Stimulation
14£®4 Mechanics of Fracturing
Supplementary Reading£ºVolumetric Fracture Modeling Approach£¨VFMA£©£ºIncorporating
Microseismic Data in the Simulation of Shale Gas Reservoirs
Unit 15 Acidizing
15£®1 Acidizing Technology
15£®2 Well StimulationAcids
15£®3 AcidAdditives
Supplementary Reading£ºFracture Acidizing£ºHistory£¬Present State£¬and Future

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