第一篇 石油工程英语 Unit 1 Properties of Reservoir Rocks 1.1 Porosity 1.2 Fluid Saturation 1.3 Permeability 1.4 Permeability-porosityRelationship Supplementary Reading:Sedimentary Geology Unit 2 Fundamentals of Reservoir Fluids 2.1 Phase Behavior 2.2 Properties ofReservoirFluids Supplementary Reading:How 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:Principles 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:Streamline Simulation Unit 5 Unconventional Gas Reservoirs 5.1 Tight Gas 5.2 Coalbed Methane(CBM) 5.3 Shale Gas Supplementary Reading:Coalbed 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:Planning 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:Process 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:Well 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:Fishing 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:Well 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:Guideline 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:Dynamic 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:Optimizing 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:Volumetric Fracture Modeling Approach(VFMA):Incorporating 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:Fracture Acidizing:History,Present State,and Future
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