Study on Anchor Leg Installation Sequence of Nanhai Shengli FPSO Under Typhoon Season

Hui Shen, Huoping Wang, Weiquan Zhu, Deyang Wang
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Abstract

Nanhai Shengli (NHSL) FPSO, which is serviced in the South China Sea, was dry-docking to upgrade its internal turret mooring system in the first half of 2018, and the mooring system was re-hooked up to the FPSO subsequently in July. The whole installation of the mooring system will last for more than a month. Based on the metocean data of the South China Sea and operation experience, the mooring system installation may encounter typhoon conditions. The NHSL mooring system consists a 10-legs catenary system. The installation sequence of anchor legs may affect the performance of the mooring system under different intensity typhoon conditions. Steps in the design process of anchor leg installation sequence are described in this paper. Based on the tension and offset derived from the time domain mooring analysis, an optimized installation sequence is obtained in order that the mooring system has a better ability to withstand typhoon conditions.
台风季节下南海胜利FPSO锚腿安装顺序研究
在南中国海服役的南海胜利号(NHSL) FPSO于2018年上半年进行了干船坞,以升级其内部转塔系泊系统,随后于7月将系泊系统重新连接到FPSO。整个系泊系统的安装将持续一个多月。根据南海的海洋气象资料和作业经验,系泊系统安装可能会遇到台风条件。NHSL系泊系统由一个10支链线系统组成。在不同强度的台风条件下,锚腿的安装顺序会影响系泊系统的性能。介绍了锚腿安装顺序设计过程中的步骤。根据时域系泊分析得到的张力和偏移量,优化了系泊系统的安装顺序,使系泊系统具有更好的抗台风能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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