南海中等水深边际油田浮式生产储油装置设计方案
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摘要
针对南海中等水深边际油田开发需求,结合国内外相似工程案例,通过方案比选,确定多边形FPSO浮体形式。以南海海况和边际油田油藏为基础,进行主尺度、舱容、总布置、稳性、运动性能、多点系泊、海管海缆以及2点外输设计。结果表明,多边形FPSO能够适用于南海的海况,满足生产的功能需求和规范要求,是值得深入研究的工程方案。
Considering the similar engineering cases,the floating body of polygonous FPSO was selected for the development of the marginal oil field in medium water depth area in south China sea. Based on the sea state and oil reservoir,design of the FPSO were completed,including main dimension,tank capacity,general arrangement,stability,motion performance,spread mooring system,sea tube,cable and two-point offloading. It was shown that the polygonous FPSO is suitable for the sea state of south China sea. The designed FPSO can meet with functional requirement and rules.
Considering the similar engineering cases,the floating body of polygonous FPSO was selected for the development of the marginal oil field in medium water depth area in south China sea. Based on the sea state and oil reservoir,design of the FPSO were completed,including main dimension,tank capacity,general arrangement,stability,motion performance,spread mooring system,sea tube,cable and two-point offloading. It was shown that the polygonous FPSO is suitable for the sea state of south China sea. The designed FPSO can meet with functional requirement and rules.
引文
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[10]王国栋,王春升,张明,等.适用于南海中等水深边际油田开发的八角形FPSO上部模块总体布置研究与探讨[J].中国造船,2016,57(增刊1):41-42.
[11]陆家尉,孙钢,王浩明.圆筒形FWPSO在中国南海海域的适用性分析[J].中国造船,2016,57(增刊1):142-143.
[2]陈勃任.八角形FPSO串靠外输系统耦合动力响应分析[D].天津:天津大学,2015.
[3]范模,王春升,张理,等.八角形浮式生产储油装置关键技术与应用探索[J].中国海上油气,2008,20(3):195-198.
[4]王世圣,赵晶瑞,谢彬,等.深水八角形FDPSO总体性能分析[J].船海工程,2014,43(3):183-189.
[5]李达,范模.潜水八角形FPSO永久多点系泊系统研究[J].中国海上油气,2012,24(4):66-70.
[6]吴家鸣.不同类型移动式钻井装置作业与结构特点比较[J].船舶,2013,24(4):7-12.
[7]曾冬,莫辛,李雄岩,等.修钻井作业系统在圆筒形FPSO上的应用研究[J].海洋工程装备与技术,2008,20(3):195-198.
[8]薛洪志,张圆缘.圆筒形海洋平台及张紧式系泊系统耦合水动力分析[J].船海工程,2015,44(增刊):189-192.
[9]李亮,邵建文,李葳蕤.圆筒型FPSO船体结构布置[J].船海工程,2015,44(增刊):7-10.
[10]王国栋,王春升,张明,等.适用于南海中等水深边际油田开发的八角形FPSO上部模块总体布置研究与探讨[J].中国造船,2016,57(增刊1):41-42.
[11]陆家尉,孙钢,王浩明.圆筒形FWPSO在中国南海海域的适用性分析[J].中国造船,2016,57(增刊1):142-143.