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首页> 外文会议>Petroleum and Chemical Industry Conference Europe Electrical and Instrumentation Applications >How does ‘designing-in’ permanent thermal monitoring of mission critical electrical infrastructure lead to improvements in the operational safety and reliability of acomplex oil gas facility?
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How does ‘designing-in’ permanent thermal monitoring of mission critical electrical infrastructure lead to improvements in the operational safety and reliability of acomplex oil gas facility?

机译：对关键任务的电气基础设施进行“设计”永久性热监控如何改善复杂的油气设施的运行安全性和可靠性？

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摘要

As the complexity of technology used in installations increases, some regions of the world may find it hard to source and recruit suitably skilled personnel. This can lead to a gap developing between the skills required to commission and maintain the facility and those that are available. In addition, this reliance on human inspection can lead to a lack of uniformity of inspection integrity across global sites. Such a gap can lead to a major reduction in the safe and reliable operation of the facility. To minimise this gap companies are using the extensive experience of permanent monitoring in rotating equipment & considering permanent monitoring solutions in ‘static’ electrical infrastructure. This paper will examine the example of a major O&G operating company integrating permanent non-contact infrared based thermal monitoring in the low voltage (LV) and medium voltage (MV) systems for a major project in Eurasia.
机译：随着安装中使用的技术的复杂性增加，世界上某些地区可能会发现很难找到合适的技术人员。这可能导致调试和维护设施所需的技能与可用技能之间出现差距。另外，这种对人工检查的依赖可能导致全球站点之间检查完整性缺乏统一性。这样的差距可能导致设施安全可靠运行的大幅减少。为了最大程度地减少这种差距，公司正在旋转设备中使用永久监控的丰富经验，并考虑在“静态”电气基础设施中使用永久监控解决方案。本文将考察一家大型O＆G运营公司的示例，该公司在欧亚大陆的一个大型项目中将基于永久性非接触式红外的热监测功能集成到低压（LV）和中压（MV）系统中。

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