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Metabolomic profiling differentiates rates of corrosion for mooring chains

机译:代谢物分析区分了系泊链的腐蚀速度

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Bio film-exacerbated marine corrosion of metallic materials is an ongoing problem in both onshore and offshore systems. In recent years, inspections of the mooring chains on several floating production units worldwide revealed severe localized corrosion attack. Microbiologically-influenced corrosion (MIC) has been implicated as a cause of chain deterioration. Over the past few years a number of pilot studies and Joint Industrial Projects involving major oil companies, off-shore engineers, universities and chain manufactures has been initiated to investigate the cause of chain deterioration and to evaluate mitigation strategies.
机译:生物薄膜加热的海洋腐蚀的金属材料是陆上和海上系统的持续问题。近年来,全球几种浮动生产单位的系泊链的检查显示出严重的局部腐蚀攻击。微生物学过的腐蚀(MIC)被牵连作为链劣化的原因。在过去的几年里,已经开始涉及主要石油公司,大学,大学和连锁制造商的多项试点研究和联合工业项目,以调查链劣化和评估缓解策略的原因。

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