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STRAY CURRENT CORROSION ASSESSMENT OF UTILITY PIPES

机译:杂散电流腐蚀评估公用事业管

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Stray current corrosion will occur at each point where the current transfers from a metallic conductor (such as structural reinforcement) to the electrolyte (i.e, the soil or concrete). Hence stray current leakage can cause corrosion damage to the rails, railway metallic structures, utility pipelines in the soil and any other low resistance metal buried in the vicinity. The hazard posed by stray current is not confined to structures that are within the vicinity of the railway. Stray currents can flow considerable distances (particularly in soils of low resistivity) and can therefore cause corrosion damage to what may be considered remote structures. This paper presents the importance of corrosion control on utility pipes and then presents and evaluates potential metal loss using arithmetic equations and basic modeling.
机译:在每个点处将发生杂散电流腐蚀,其中电流从金属导体(例如结构增强)转移到电解质(即土壤或混凝土)。因此,杂散电流泄漏可能对轨道,铁路金属结构,土壤中的公用事业管道以及附近埋入的任何其他低抗性金属的腐蚀损坏。杂散电流造成的危险不限于铁路附近的结构。杂散电流可以流动相当距离(特别是在低电阻率的土壤中),因此可以对可能被视为远程结构的腐蚀损坏。本文介绍了耐腐蚀对公用事业管的重要性,然后使用算术方程和基本建模呈现和评估潜在金属损失。

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