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永久式与可解脱式FPSO(英文) 被引量:2

Permanent versus disconnectable FPSOs
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摘要 浮式生产储卸油系统(FPSO)是一种经济有效的浮式平台方案,特别是在缺乏足够的输油管道系统的深海领域.大多数FPSO是永久系泊的,即整个系统能够抵抗工作海域内的各种极值环境条件.目前,能够将FPSO与其系泊及立管系统快速解脱的装置已经设计并发展了.可解脱式FPSO的主要特点是可解脱性,并能避免一定的环境条件,如冰山,美国摩西哥湾的飓风,中国南海的台风.本文将针对深水海域可解脱式FPSO,提出其主要技术和工程分析与设计思路,评估可解脱式FPSO与永久式FPSO的优缺点,等等.可见可解脱式FPSO与永久式FPSO都是十分有效的浮式系统,并根据平台设计的安全性、技术、成本和运行要求,来决定选择何种系泊方式. Floating production storage and offioading (FPSO) vessels offer a cost-effective field development solution, especially in deepwater areas lacking an adequate pipeline network. Most FPSOs are permanently moored, i.e. the complete system is designed to withstand any kind of extreme environment at the field location. FPSOs that can be quickly disconnected from their moorings and risers have also been designed and deployed. The key feature of this type of disconnectable FPSO is that it can be disconnect and so avoid dangerous environmental conditions such as icebergs, hurricanes in the Gulf of Mexico and typhoons in the South China Sea. In this paper, the concept of disconnectable FPSOs for deepwater field development is presented. Key technologies and their engineering analyses are highlighted. The merits and demerits of disconnectable vs permanent FPSOs are then evaluated. The paper concludes that both permanent and disconnectable FPSOs are versatile floating systems and their selection depends on safety, technological, cost and operational considerations.
作者 罗勇 王宏伟
出处 《Journal of Marine Science and Application》 2009年第2期93-98,共6页 船舶与海洋工程学报(英文版)
基金 Supported by China National 111 Project Under Grant No.B07019
关键词 可解脱式FPSO 永久式FPSO 深海 系泊系统 disconnectable FPSO permanent FPSO deepwater mooring system
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参考文献4

  • 1LUO Y, SCHUURMANS S. FPSOs for deepwater Gulf of Mexico applications[C]// Deep Offshore Technology Conference. New Orleans, 2002.
  • 2ZHONG Z, LUO Y, CURIC D. FPSO global responses in the west of Africa squall environment[C]//Proceedings of OMAE. Halkidiki, 2005: OMAE2005-67066.
  • 3LUO Y, SCHUURMANS S. Disconnectable FPSO for ,deepwater fields in the Gulf of Mexico[C]//Deep Offshore Technology Conference. Houston, 2006.
  • 4ALLIOT V, LEGRAS J L, PERINET D. A comparison between steel catenary riser and hybrid riser towers for deepwater field developments[C]// Deep Offshore Technology Conference. New Orleans, 2004.

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