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海洋深水油氣安全高效鉆完井基礎研究叢書深水氣井天然氣水合物防治理論與技術(英文版) 版權信息
- ISBN：9787030644190
- 條形碼：9787030644190 ; 978-7-03-064419-0
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
海洋深水油氣安全高效鉆完井基礎研究叢書深水氣井天然氣水合物防治理論與技術(英文版) 內容簡介
本書包括六章內容，可分為三個部分。部分（第二章）從海洋油氣導管的功能入手，按照油氣導管所處作業環境，將其分為水上井口和水下井口兩類，分別重點介紹這兩大類井口的探井和開發井油氣導管主要組成及其結構特點，并給出靠前典型的淺水和深水井口裝置結構。第二部分（第三、四、五章）主要以海洋油氣導管安裝為目標，分別論述了海洋油氣井安裝油氣導管的三種主流方法（分別是：鉆入法、錘入法和噴射法）的施工工藝和裝備，同時重點介紹了三種海洋油氣導管安裝方法的關鍵設計技術。在和第二部分基礎上，第三部分結合地質、海洋環境和施工作業因素，重點分析了三種施工工藝的差異性和彼此的適用性，可為海洋油氣導管安裝方法選擇提供科學依據。
海洋深水油氣安全高效鉆完井基礎研究叢書深水氣井天然氣水合物防治理論與技術(英文版) 目錄
Contents
1 Overview on Hydrate Risks in Deepwater Oil and Gas Development 1
1.1 Engineering Background of Hydrate Risks 1
1.2 Hydrate Risks During Deepwater Drilling and Well Control 2
1.3 Hydrate Risks During Deepwater Gas Well Test 4
1.4 Hydrate Risks During Deepwater Oil and Gas Production 4
1.5 Management Measures for Hydrate Risks 5
References 6
2 Formation and Decomposition of Natural Gas Hydrate 9
2.1 Structure and Formation of NGH 9
2.2 Formation of NGH 13
2.2.1 Hydrate Phase Equilibrium Condition 13
2.2.2 Hydrate Formation Dynamics 19
2.2.3 Hydrate Formation in Gas Phase with Free Water and Its Rate 23
2.2.4 Hydrate Formation in Gas Phase Without Free Water and Its Rate 27
2.3 Decomposition of NGH 35
2.3.1 Hydrate Decomposition Above Freezing Point 36
2.3.2 Hydrate Decomposition Below Freezing Point 38
2.4 Formation and Decomposition of Hydrate Converted from Moving Bubbles 40
2.4.1 Mass Transfer Model of Moving Bubbles 40
2.4.2 Interphase Mass Transfer Rate 45
2.4.3 Formation and Decomposition of Hydrate Converted from Moving Bubbles 46
References 47
3 Prediction for NGH Formation Area in Deepwater Gas Well 51
3.1 Coupling Between Hydrate Behavior and Multi-phase
Flow Characteristics 51
3.2 Prediction on Well/Pipeline Temperature and Pressure Fields in Annular-Mist Flow 53
3.2.1 Multiphase Flow Model 53
3.2.2 Model Solution 60
3.2.3 Model Validation 61
3.3 Prediction on Well/Pipeline Temperature and Pressure Field in Water-Saturated Gas Systems 65
3.3.1 Temperature Field Model 65
3.3.2 Pressure Field Model 67
3.4 Influencing Factors of NGH Phase Equilibrium in Well/Pipeline 67
3.4.1 Natural Gas Components 68
3.4.2 Natural Gas Density 68
3.4.3 Thermodynamic Inhibitor 69
3.4.4 Sand Content 70
3.5 Prediction and Influence Factors of Hydrate Formation Area in Deepwater Gas Well 73
3.5.1 Prediction Methods of Hydrate Formation Area Under Different Working Conditions 73
3.5.2 Influencing Factors of Hydrate Formation Area During Drilling 74
3.5.3 Influencing Factors of Hydrate Formation Area During Well Control 76
3.5.4 Influencing Factors of Hydrate Formation Area During Well Test 78
References 82
4 Influence of Hydrate Phase Transition on Multiphase Flow in Deepwater Gas Well 85
4.1 Influence of Hydrate Phase Transition on the Rheology of Drilling Fluid 85
4.1.1 Experimental Device 86
4.1.2 Drilling Fluid Rheology Model Considering Hydrate Formation 87
4.1.3 Hydrate Formation Integration Constant of CHF 90
4.2 Influence of Hydrate Phase Transition on Multiphase Flow During Deepwater Drilling 96
4.2.1 Well Annulus Multiphase Flow Model During Deepwater Drilling 96
4.2.2 Influence of Hydrate Phase Transition on Bubble Migration 101
4.2.3 Influence of Hydrate Phase Transition on Well Multiphase Flow Without Inhibitors 103
4.2.4 Influence of Hydrate Phase Transition on Well Multiphase Flow with Inhibitors 107
References 108
5 Mechanism and Prediction for Hydrate Deposition and Blockage in Deepwater Gas Well 111
5.1 Hydrate Particles Interactions 111
5.1.1 Interaction Force Between Hydrate Particles 114
5.1.2 Interaction Force of Hydrate Particle-Droplet-Hydrate Particle 118
5.1.3 Interaction Force of Hydrate Particle-Droplet-Hydrate Particle Considering Liquid Bridge Solidification 125
5.2 Hydrate Deposition and Blockage Model in Gas-Liquid-Solid Three-Phase Flow 130
5.2.1 Initial Deposition Model of Hydrate Particle in Gas Core 131
5.2.2 Influence of Liquid Film Atomization on Hydrate Particles Deposition 132
5.2.3 Effective Deposition Coefficient of Hydrate Particle in Gas Core 133
5.2.4 Hydrate Layer Growth and Hydrate Blockage 135
5.2.5 Model Solution and Validation 136
5.3 Hydrate Deposition and Blockage Model in Gas-Solid Two-Phase Flow 143
5.3.1 Theory on Radial Migration of Solid Particles in Gas-Solid Two-Phase Flow 144
5.3.2 Wells and Friedlander Model 144
5.3.3 Hydrate Particles Deposition in Gas-Solid Two-Phase Flow 147
5.3.4 Model Solution and Validation 149
5.4 Hydrate Deposition and Blockage Model in Water-Saturated Gas Single-Phase Flow 152
5.4.1 Hydrate Deposition and Blockage Model 153
5.4.2 Model Solution and Validation 154
5.5 Prediction for Hydrate Blockage During Deepwater Gas Well Control 156
5.5.1 Basic Parameters in Case 156
5.5.2 Prediction for Hydrate Formation Area 158
5.5.3 Laws of Hydrate Deposition and Blockage 158
5.5.4 Influence of Hydrate Deposition on Wellhead Back Pressure 166
5.6 Prediction for Hydrate Blockage During Deepwater Gas Well Test 167
5.6.1 Hydrate Blockage Free Window (HBFW) 167
5.6.2 Model Solution Steps 168
5.6.3 Quantitative Prediction for Hydrate Blockage 169
5.6.4 Case Analysis for Predicting the Hydrate Blockage 171
References 177
6 Technologies for Hydrate Management in Deepwater Gas Well 181
6.1 C
1 Overview on Hydrate Risks in Deepwater Oil and Gas Development 1
1.1 Engineering Background of Hydrate Risks 1
1.2 Hydrate Risks During Deepwater Drilling and Well Control 2
1.3 Hydrate Risks During Deepwater Gas Well Test 4
1.4 Hydrate Risks During Deepwater Oil and Gas Production 4
1.5 Management Measures for Hydrate Risks 5
References 6
2 Formation and Decomposition of Natural Gas Hydrate 9
2.1 Structure and Formation of NGH 9
2.2 Formation of NGH 13
2.2.1 Hydrate Phase Equilibrium Condition 13
2.2.2 Hydrate Formation Dynamics 19
2.2.3 Hydrate Formation in Gas Phase with Free Water and Its Rate 23
2.2.4 Hydrate Formation in Gas Phase Without Free Water and Its Rate 27
2.3 Decomposition of NGH 35
2.3.1 Hydrate Decomposition Above Freezing Point 36
2.3.2 Hydrate Decomposition Below Freezing Point 38
2.4 Formation and Decomposition of Hydrate Converted from Moving Bubbles 40
2.4.1 Mass Transfer Model of Moving Bubbles 40
2.4.2 Interphase Mass Transfer Rate 45
2.4.3 Formation and Decomposition of Hydrate Converted from Moving Bubbles 46
References 47
3 Prediction for NGH Formation Area in Deepwater Gas Well 51
3.1 Coupling Between Hydrate Behavior and Multi-phase
Flow Characteristics 51
3.2 Prediction on Well/Pipeline Temperature and Pressure Fields in Annular-Mist Flow 53
3.2.1 Multiphase Flow Model 53
3.2.2 Model Solution 60
3.2.3 Model Validation 61
3.3 Prediction on Well/Pipeline Temperature and Pressure Field in Water-Saturated Gas Systems 65
3.3.1 Temperature Field Model 65
3.3.2 Pressure Field Model 67
3.4 Influencing Factors of NGH Phase Equilibrium in Well/Pipeline 67
3.4.1 Natural Gas Components 68
3.4.2 Natural Gas Density 68
3.4.3 Thermodynamic Inhibitor 69
3.4.4 Sand Content 70
3.5 Prediction and Influence Factors of Hydrate Formation Area in Deepwater Gas Well 73
3.5.1 Prediction Methods of Hydrate Formation Area Under Different Working Conditions 73
3.5.2 Influencing Factors of Hydrate Formation Area During Drilling 74
3.5.3 Influencing Factors of Hydrate Formation Area During Well Control 76
3.5.4 Influencing Factors of Hydrate Formation Area During Well Test 78
References 82
4 Influence of Hydrate Phase Transition on Multiphase Flow in Deepwater Gas Well 85
4.1 Influence of Hydrate Phase Transition on the Rheology of Drilling Fluid 85
4.1.1 Experimental Device 86
4.1.2 Drilling Fluid Rheology Model Considering Hydrate Formation 87
4.1.3 Hydrate Formation Integration Constant of CHF 90
4.2 Influence of Hydrate Phase Transition on Multiphase Flow During Deepwater Drilling 96
4.2.1 Well Annulus Multiphase Flow Model During Deepwater Drilling 96
4.2.2 Influence of Hydrate Phase Transition on Bubble Migration 101
4.2.3 Influence of Hydrate Phase Transition on Well Multiphase Flow Without Inhibitors 103
4.2.4 Influence of Hydrate Phase Transition on Well Multiphase Flow with Inhibitors 107
References 108
5 Mechanism and Prediction for Hydrate Deposition and Blockage in Deepwater Gas Well 111
5.1 Hydrate Particles Interactions 111
5.1.1 Interaction Force Between Hydrate Particles 114
5.1.2 Interaction Force of Hydrate Particle-Droplet-Hydrate Particle 118
5.1.3 Interaction Force of Hydrate Particle-Droplet-Hydrate Particle Considering Liquid Bridge Solidification 125
5.2 Hydrate Deposition and Blockage Model in Gas-Liquid-Solid Three-Phase Flow 130
5.2.1 Initial Deposition Model of Hydrate Particle in Gas Core 131
5.2.2 Influence of Liquid Film Atomization on Hydrate Particles Deposition 132
5.2.3 Effective Deposition Coefficient of Hydrate Particle in Gas Core 133
5.2.4 Hydrate Layer Growth and Hydrate Blockage 135
5.2.5 Model Solution and Validation 136
5.3 Hydrate Deposition and Blockage Model in Gas-Solid Two-Phase Flow 143
5.3.1 Theory on Radial Migration of Solid Particles in Gas-Solid Two-Phase Flow 144
5.3.2 Wells and Friedlander Model 144
5.3.3 Hydrate Particles Deposition in Gas-Solid Two-Phase Flow 147
5.3.4 Model Solution and Validation 149
5.4 Hydrate Deposition and Blockage Model in Water-Saturated Gas Single-Phase Flow 152
5.4.1 Hydrate Deposition and Blockage Model 153
5.4.2 Model Solution and Validation 154
5.5 Prediction for Hydrate Blockage During Deepwater Gas Well Control 156
5.5.1 Basic Parameters in Case 156
5.5.2 Prediction for Hydrate Formation Area 158
5.5.3 Laws of Hydrate Deposition and Blockage 158
5.5.4 Influence of Hydrate Deposition on Wellhead Back Pressure 166
5.6 Prediction for Hydrate Blockage During Deepwater Gas Well Test 167
5.6.1 Hydrate Blockage Free Window (HBFW) 167
5.6.2 Model Solution Steps 168
5.6.3 Quantitative Prediction for Hydrate Blockage 169
5.6.4 Case Analysis for Predicting the Hydrate Blockage 171
References 177
6 Technologies for Hydrate Management in Deepwater Gas Well 181
6.1 C
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