用于边际油田的动力定位小型FWPSO关键技术
|
摘要
根据国内外100～400m类似水深边际油田开发案例,采用动力定位小型浮式修井和生产储卸单元(Floating Workover Production Storage and Offloading Unit,FWPSO)开展南海中等水深边际油田开发方案的可行性研究。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、运动性能、动力定位和海管海缆设计。结果表明:动力定位小型FWPSO能用于南海海况,满足生产功能需求和规范要求,是值得进一步深入研究的工程方案。
According to the domestic and foreign similar marginal oilfield cases with water depth from 100 mto 400 m,the feasibility study of oilfield development with medium water depth in South China Sea is carried out on small Floating Workover Production and Offloading Unit(FWPSO)with dynamic position.Based on South China Sea state and oil reservoir,the main dimension,tank capacity,general layout,motion performance,dynamic position,and sea pipe and cable are designed.The result shows that small FWPSO with dynamic position is suitable for the sea state of South China Sea and meets the functional requirements and rules.It is worth to be studied deeply.
According to the domestic and foreign similar marginal oilfield cases with water depth from 100 mto 400 m,the feasibility study of oilfield development with medium water depth in South China Sea is carried out on small Floating Workover Production and Offloading Unit(FWPSO)with dynamic position.Based on South China Sea state and oil reservoir,the main dimension,tank capacity,general layout,motion performance,dynamic position,and sea pipe and cable are designed.The result shows that small FWPSO with dynamic position is suitable for the sea state of South China Sea and meets the functional requirements and rules.It is worth to be studied deeply.
引文
[1] SOETERS M,BRUGTS H,WILLIAMS P.Temporary Replacement of Production Facilities by a Dynamic Positioned FPSO[C]//Offshore Technology Conference,Houston,2005.
[2]陈黎明,陈国明,金辉,等.深水钻井平台动力定位失效风险分析与控制[J].中国海洋平台,2012,27(02):32-36.
[3]刘潇,谢彬.深水动力定位钻完井作业的风险管理探述[J].中国海洋平台,2012,27(01):1-3.
[4] MAO J Y.Fast Production Recovery of a Typhoon-Damaged Oil Field in the South China Sea[J].Oil and Gas Facilities,2014,10:66-71.
[5]《海洋石油工程设计指南》编委会.海洋石油工程FPSO与单点系泊系统设计[M].北京:石油工业出版社,2007.
[6] MAO J Y,LIU Y Y,YUE Z.New Technology Application for Fast Recovery of a Typhoon Damaged Oil Field in South China Sea[C]//Offshore Technology Conference,2014.
[2]陈黎明,陈国明,金辉,等.深水钻井平台动力定位失效风险分析与控制[J].中国海洋平台,2012,27(02):32-36.
[3]刘潇,谢彬.深水动力定位钻完井作业的风险管理探述[J].中国海洋平台,2012,27(01):1-3.
[4] MAO J Y.Fast Production Recovery of a Typhoon-Damaged Oil Field in the South China Sea[J].Oil and Gas Facilities,2014,10:66-71.
[5]《海洋石油工程设计指南》编委会.海洋石油工程FPSO与单点系泊系统设计[M].北京:石油工业出版社,2007.
[6] MAO J Y,LIU Y Y,YUE Z.New Technology Application for Fast Recovery of a Typhoon Damaged Oil Field in South China Sea[C]//Offshore Technology Conference,2014.