tracsjip - TTR寿命延长过程

Dhyanjyoti Deka, M. Campbell, V. Patil, M. Ge, Steve Wong, Timothy A. Frame
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引用次数: 1

摘要

JIP为TTR系统开发了一个结构化的寿命延长流程,包括单套管、双套管、浮力支撑和张紧器支撑的TTR系统。JIP连接了监管和API框架,并在分析、检查和文档方面达成了行业共识。该JIP开发的寿命延长过程包括详细的路线图,指导运营商完成从初始数据收集到前瞻性IMP开发的不同评估步骤。JIP寿命延长过程基于威胁评估理念,确保识别和评估TTR延长寿命中所有可能对其完整性构成的威胁。JIP流程针对三个接近设计寿命的实际TTR系统进行了验证。在超过设计寿命的预计持续服务期间,这些trr的完整性面临潜在威胁,并提出了具体的检查和分析建议,以安全管理或减轻这些威胁。JIP还提供TTR寿命延长分析指导,同时考虑与新设计相比降低保守性的机会。由于可达性问题和管道施工中的管道问题,trr的检查具有挑战性。本文综述了几种海底无损检测工具,并讨论了它们在trs中的适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TRACS JIP – TTR Life Extension Process
The Tensioned Riser Assessment for Continued Service (TRACS) JIP develops a structured life extension process for TTR systems including single casing, dual casing, buoyancy can supported and tensioner supported TTRs. The JIP bridges regulatory and API frameworks and achieves industry consensus on analysis, inspections, and documentation. The life extension process developed in this JIP consists of detailed roadmaps that guide the operator through the different assessment steps starting from initial data gathering through to the development of the forward-looking IMP. The JIP life extension process is based on a threat assessment philosophy which ensures identification and assessment of all possible threats to the integrity of the TTR in its extended life. The JIP process is validated against three real life TTR systems that are nearing the end of their design lives. Potential threats to the integrity of these TTRs during the projected continued service beyond the design life are identified and specific inspection and analysis recommendations to safely manage or mitigate these threats are made. The JIP also provides TTR life extension analysis guidance while considering the opportunities to reduce conservatism compared to new designs. Inspection of TTRs is challenging due to accessibility issues and the pipe in pipe construction. Several subsea NDE inspection tools are surveyed in this JIP and their applicability to TTRs is discussed.
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