深水立管和系泊系统生命周期数字完整性管理

D. Renzi, Varadarajan Nadathur, Steve Wong, Michael Zhang, Yong Chen, L. Zarate, S. Fan, D. Ayewah, I. Chakraborty, S. Kucukcoban, Matt Mistric, K. Kurrus
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引用次数: 0

摘要

API SC2发布了完整性管理建议,以配合规划、设计和施工标准,已在墨西哥湾安装了50个浮式生产设施。完整性管理涉及基于风险的检查,其中收集和分析特征和条件数据以确定是否可以确保完整性。使用相同的设计和构造方法管理非结构化数据的挑战产生了低效和重复的活动,这些活动既耗时又可能导致不太理想的结果。该研究的主要目的是了解利用数字化IM方法的好处,该方法涉及高分辨率的海洋气象数据,以确定肌腱和立管的疲劳损伤积累,而不是使用浓缩的海洋气象标准数据的传统设计/评估方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deepwater Riser & Mooring Life Cycle Digital Integrity Management
API SC2 has issued integrity management recommended practices to compliment the planning, design and construction standards that has led to a GOM installed base of 50 floating production facilities. Integrity management involves risk-based inspections in which the collection and analysis of characteristic and conditional data determines if integrity can be assured. The challenge to manage unstructured data with the same design and construction approaches yields inefficient and repetitive activities that can be time-consuming and may lead to a less optimal outcome. The primary objective of the study is to understand the benefits of utilizing a digitized IM approach which involves high resolution metocean data to determine fatigue damage accumulation for tendons and risers instead of traditional design/assessment methods that use condensed metocean criteria data.
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