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GUIDELINES FOR REPAIRING DAMAGED PIPELINES USING COMPOSITE MATERIALS

机译:使用复合材料修复损坏管道的指南

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For the past decade there has been relatively wide acceptance in using composite materials to repair damaged has and liquid transmission pipelines. There have been numerous independent research programs performed by pipeline companies, research organizations, and manufacturers that have contributed to the acceptance of composites as a legitimate repair material. Additionally, insights have been gained by both pipeline operators and composite repair manufacturers during field installations. ASME has also responded by adding sections to both the ASME B31.4 and B31.8 pipeline codes, as well as currently developing a repair standard for nonmetallic composite repair systems by the Post Construction Committee. The purpose of this paper is to provide for the pipeline industry guidelines for using composite repair systems to repair pipelines and what information is needed to properly evaluate how composite materials should be used to repair high pressure pipelines. The contents of the paper will include discussions on what critical elements should be evaluated for each composite system, items of caution and concern, and the importance of evaluation to ensure safe long-term performance.
机译:在过去的十年中,使用复合材料进行修复损坏的具有和液体传输管道,相对较宽。通过管道公司,研究组织和制造商进行了许多独立的研究计划,这些计划为接受复合材料作为合法的修复材料而做出了贡献。此外,在现场安装期间,管道运营商和复合修复制造商都已经获得了见解。 ASME还通过将部分添加到ASME B31.4和B31.8管道代码中,以及当前由后建设委员会制定非金属复合修复系统的修复标准。本文的目的是提供管道行业指南,用于使用复合修复系统来修复管道,需要哪些信息来正确评估复合材料应该如何用于修复高压管道。本文的内容将包括对每个复合系统应评估什么关键要素,谨慎和关注项目的讨论以及评估以确保安全长期绩效的重要性。

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