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TECHNICAL SOLUTIONS APPLIED FOR THE TREATMENT OF DAMAGED DYNAMIC RISERS

机译:适用于损坏的动态上升器的技术解决方案

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The objective of this paper is to provide operators of floating production systems that utilise dynamic flexible risers an opportunity to review the technology and procedures adopted by PGS Production. These procedures were utilised in order to verify/re-use the damaged/seawater annulus flooded Banff risers. Most of these risers were also classified as being safety critical. The scope of the work carried out covers the development of a seawater displacement treatment system using an inhibitor fluid. The feasibility and efficacy of the flushing treatment were rigorously developed based on hydraulic test analysis using sections taken from an actual flexible riser. An extensive corrosion fatigue-testing programme using seawater/CO_2/inhibitor was carried out to establish optimal safe service lives for the "damaged and treated" case for these risers. This paper presents the successful results from this work covering the development of the remedial treatment process and the resulting corrosion fatigue work that has been conducted.
机译:本文的目的是为利用动态柔性立管的浮动生产系统的操作员提供一个机会,以审查PGS Production采用的技术和程序。使用这些程序是为了验证/重新使用损坏的/海水环空的班夫立管。这些立管中的大多数也被列为安全关键。所进行的工作范围包括开发使用抑制剂液的海水驱替处理系统。基于水力测试分析,使用从实际的柔性立管中截取的部分,严格开发了冲洗处理的可行性和有效性。进行了广泛的使用海水/ CO_2 /抑制剂的腐蚀疲劳测试程序,以针对这些立管的“已损坏并已处理”的情况确定最佳的安全使用寿命。本文介绍了这项工作的成功成果,涵盖了补救处理工艺的发展以及由此产生的腐蚀疲劳工作。

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