可持续法兰无泄漏操作的螺栓连接完整性数字化方案

S. Saad, Alzakri Ekhwan, Syed M Hafiz Al-Idrus
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引用次数: 0

摘要

由于烃类从螺栓法兰连接处泄漏而导致的初级安全壳损失(LOPC)一直是导致作业平台和工厂灾难性火灾和爆炸的主要问题之一。由于法兰连接完整性问题,石油和天然气公司一直在努力减少健康、安全和环境(HSE)事故。马来西亚国家石油公司(PETRONAS)运营着许多石油和天然气平台,也在吸取经验教训的基础上进行了一系列改进,并加强了最佳实践,以找到一种健康的解决方案,以实现螺栓法兰连接的零碳氢化合物泄漏。由于烃类从螺栓连接法兰处泄漏而导致的初级安全壳损失(LOPC)是油气行业关注的主要问题之一,它可能导致平台和工厂发生灾难性的火灾和爆炸。螺栓连接法兰连接完整性(BFJI)数字化计划旨在强调端到端的数字化解决方案,解决可持续法兰无泄漏运行的三个主要重要方面,包括正确的设计和规格、高质量的法兰连接组件和正确的工作执行。
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Bolted Flange Joint Integrity Digitalization Programme for Sustainable Flange Leak Free Operation
Loss Of Primary Containment (LOPC) due to hydrocarbon leakage from bolted flange joint has always been one of the main issues that leads to catastrophic fire and explosion in operating platforms and plants. Oil and gas companies have been putting many efforts to reduce Health, Safety and Environment (HSE) incidences due to the flange joint integrity issues. PETRONAS, which operates many oil and gas platforms, has also made series of improvement in lesson learnt and enhanced best practices to find a wholesome solution to achieve sustainable zero hydrocarbon leak from bolted flange joint. Loss Of Primary Containment (LOPC) due to hydrocarbon leakage from bolted flange joint is one of major concerns in oil and gas industry, which may cause catastrophic fire and explosion at platforms and plants. Bolted Flange Joint Integrity (BFJI) digitalization program is designed to emphasize on end-to-end digital solution addressing three main important aspects towards sustainable flange leak free operation that included correct design and specification, good quality flange joint components and correct work execution.
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