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22 October 2022, Volume 9 Issue 2 Previous Issue    Next Issue

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Research and Development of an Early Warning System for Global Performance of Deep water Floating Platforms 2022, 9 (2):  1-6.  Abstract ( 188 )   PDF (5419KB) ( 511 )   Related Articles | Metrics

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Temperature Distribution of Cold Water Pipe for Ocean Thermal Energy Conversion#br# 2022, 9 (2):  7-13.  Abstract ( 167 )   PDF (4491KB) ( 247 )   Related Articles | Metrics

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Structural Design of a Hydraulic Direct Drive Work over Top Drive 2022, 9 (2):  14-16.  Abstract ( 178 )   PDF (1397KB) ( 572 )   Related Articles | Metrics

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Development Mode of KL6-1 Oilfield 2022, 9 (2):  17-20.  Abstract ( 176 )   PDF (4562KB) ( 91 )   Related Articles | Metrics

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Bending Moment Analysis of High Pressure Submarine Pipeline Based on Finite Element Method 2022, 9 (2):  21-24.  Abstract ( 174 )   PDF (2408KB) ( 374 )   Related Articles | Metrics

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Installation Method for Large Diameter Spool Floating Bag 2022, 9 (2):  25-28.  Abstract ( 195 )   PDF (4678KB) ( 286 )   Related Articles | Metrics

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A Numerical Study of Hydrodynamic Characteristics of Semi-Submersible Platform During Wet Towing Operations  2022, 9 (2):  29-37.  Abstract ( 137 )   PDF (10575KB) ( 82 )   Related Articles | Metrics

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Application of Visual Simulation of Single Point Lifting Operation  2022, 9 (2):  38-42.  Abstract ( 137 )   PDF (3850KB) ( 371 )   Related Articles | Metrics

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Testing Technology and Optimization of Subsea Production Manifold 2022, 9 (2):  43-49.  Abstract ( 204 )   PDF (4504KB) ( 442 )   Related Articles | Metrics

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Dynamic Cable Fatigue Analysis Based on Time Domain Analysis Method  2022, 9 (2):  50-55.  Abstract ( 304 )   PDF (3713KB) ( 806 )   Related Articles | Metrics

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Research and Application of FPSO Accommodation Module Long Distance Transportation and Lifting Process 2022, 9 (2):  58-65.  Abstract ( 145 )   PDF (7926KB) ( 119 )   Related Articles | Metrics

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Influence of Relative Buried Depth of Capon Local Hydrodynamic and Scour of Complex Pierin Uniform Flows 2022, 9 (2):  64-71.  Abstract ( 164 )   PDF (6057KB) ( 70 )   Related Articles | Metrics

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Technical Scheme of Natural Gas Recovery and Utilizationin Offshore Gas Hydrate Trial Production 2022, 9 (2):  72-77.  Abstract ( 126 )   PDF (2396KB) ( 202 )   水合物试采过程中的天然气基本以燃烧火炬的形式处理,造成能源浪费和环境污染。随着水合物试采气量 增多,有必要对水合物试采过程中天然气的回收利用工艺开展技术研究。本文基于南海某目标区块天然气水合物 分解后的天然气处理量(1.0×10 5 m 3/d)及组成特点,探索了适合于海上的高效紧凑天然气回收利用技术,完成了 天然气回收利用工艺集成设计。结果表明:推荐超重力脱酸作为预处理工艺方案,其占地面积仅为常规吸收塔面 积的1/7,大大缩小了设备的尺寸;推荐单氮膨胀作为液化工艺方案,其流程简单,设备数量少,没有易燃冷剂的储 存,适应海上恶劣环境,适合用于水合物试采过程中天然气的液化。 Related Articles | Metrics