Abstract The state of art in alternating current (AC)-induced corrosion in pipelines is reviewed. Growing pipeline networks and their co-location with high-voltage (HV) transmission networks have brought into focus the issue of induced AC corrosion on the pipeline networks. Induced AC corrosion may quickly and severely affect the integrity of pipeline networks, especially considering that a number of such pipelines are transporting huge quantities of hazardous fluids. Any breach in pipeline integrity due to AC corrosion may result in disastrous consequences. In the last 30 years, it has been established that the induced AC corrosion can affect the buried pipeline integrity severely. During operations, the resistive as well as inductive coupling with transmission lines pose a significant risk of pipeline corrosion. The literature is reviewed to put together various issues and factors responsible for AC-induced corrosion in pipelines. The various publications on induced AC corrosion are reviewed to identify characteristics of AC-induced corrosion and major factors that determine the severity and impact of AC-induced corrosion. The areas have been identified wherein scope exists for additional studies on AC corrosion.

中文翻译：

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交流电腐蚀科学：高压交流输电管道引起的管道腐蚀文献综述

摘要 回顾了管道中交流电 (AC) 引起的腐蚀的最新技术。不断发展的管道网络及其与高压 (HV) 输电网络的共址使管道网络上的感应交流腐蚀问题成为焦点。感应交流腐蚀可能会迅速而严重地影响管道网络的完整性，尤其是考虑到许多此类管道正在输送大量危险流体。任何由于交流腐蚀导致的管道完整性破坏都可能导致灾难性后果。在过去的 30 年中，已经确定感应交流腐蚀会严重影响埋地管道的完整性。在操作期间，与传输线的电阻和电感耦合会造成管道腐蚀的重大风险。查阅文献以汇总导致管道中交流感应腐蚀的各种问题和因素。对有关交流感应腐蚀的各种出版物进行了审查，以确定交流感应腐蚀的特征以及决定交流感应腐蚀的严重程度和影响的主要因素。这些领域已经确定，其中存在对交流腐蚀进行额外研究的余地。