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Integrity of Non-Piggable Oil and Gas Flowlines Contributing Factors and Proposed Mitigation Methods

机译:完整性的非猪油和气流流动贡献因素和提出的缓解方法

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Integrity management of Non-Piggable Gas and Oil Flowlines is a challenge. In this paper, Contributing Factors affecting Flowlines integrity and life cycle cost effective Mitigation Methods are discussed. Gas Flowlines were designed without pigging facilities and handle wet natural gas. Several leaks were reported due to internal and external corrosion. Hence, it was essential to assure integrity of those lines. One Flowline was piloted for conventional MFL intelligent pigging driven by nitrogen. Portable launcher and receiver facilities were installed avoiding elbows which exist only at both ends of the Flowline. Intelligent pigging revealed few integrity threats anomalies along the trial Flowline, replacement of defective sections were completed. The project completed successfully for implementing pigging of non-Piggable gas Flowlines for condition assessment and proactive repairs actions, which increase confidence in plant condition and assure health and safety. Number of leaks in oil Flowlines is increasing in recent years mainly due to internal corrosion, Several corrosion mitigation options are considered in this paper including Solar Chemical injection, HDPE internal lining, Non-metallic line (RTP) oil Flowlines. HDPE internal lining is proposed for corrosion mitigation of oil Flowlines with welded coupling and one-way valve in the liner
机译:无铅天然气和油流线的完整性管理是一项挑战。本文讨论了影响流动线完整性和生命周期成本有效缓解方法的贡献因素。气体流线型无需排成设施,处理湿天然气。由于内部和外部腐蚀,报告了几种泄漏。因此,必须确保这些系列的完整性。对于由氮气驱动的传统MFL智能输出,一流的流动线被驾驶。安装便携式发射器和接收器设施避免仅在流线的两端存在的肘部。智能流量揭示了少数诚信威胁沿着试验流程的异常,置换缺陷部分已完成。该项目成功完成,用于实施条件评估和主动维修行动的非清酒气体流线,这增加了对植物状况的信心并确保健康和安全。近年来,石油流动线泄漏数量主要是由于内部腐蚀,本文考虑了几种腐蚀缓解选项,包括太阳能化学注射,HDPE内衬,非金属线(RTP)油流线。提出了HDPE内衬,提出了用焊接联轴器的油流线和衬里中的单向阀进行腐蚀缓解

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