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Aircraft-Mounted Forward-Looking InfraRed Sensor System for Leak Detection, Spill Response, and Wildlife Imaging on the North Slope of Alaska

机译:飞机安装的前视红外传感器系统,用于在阿拉斯加的北坡进行泄漏检测,泄漏响应和野生生物成像

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ARCO Alaska, Inc. (AAI) at hte Kuparuk Oilfield on the norht Slpe of Alaska Recently initiated the use of an airborne Forward-Looking InfraRed (FLIR) sensor System to enhance environmental protection in the arctic. Oil flows from the ground into production pipelines with temperatures in excess of 100 degrees F. If a leak were to occur in a pipeline, between the outer pipe wall and the surrouning insulation, a FLIR should be able to detect the leak. The efficiency of the aircraft-mounted FLIR system allows for the entire Kuparuk field, with over 700 miles of pipeline, to be surveyed in less than three flight hours. Not only has the airborne FLIR unit proven its ability to be an effective tool in the surveying of pipelines for potential corrosion due to water-soaked insulation, but it is also very effetive in imaging a spill site and returning pertinent information to an Incident Command Team for spill response. Finally, the FLIR systems have been used to iamge wildlife in their habitat when visual methods produce inconclusive results. Wildlife surveys of caribou and polar bears have been conducted using hte aircraft FLIR systems at Kuparuk. The FLIR sensor system is an innovative technology proving to be a good tool to ensure pipeline integrity and enhance protectionof a sensitive arctic environment.
机译:位于阿拉斯加北坡Slpe的Kuparuk油田的ARCO阿拉斯加公司(AAI)最近开始使用机载前视红外(FLIR)传感器系统来增强北极地区的环境保护。石油从地面流入温度超过100华氏度的生产管道。如果在管道的外管壁与外绝缘层之间发生泄漏,则FLIR应该能够检测到泄漏。机载FLIR系统的效率允许在不到三个飞行小时的时间内对整个Kuparuk油田(拥有700多英里的管道)进行勘测。机载FLIR装置不仅证明了其作为测量因水浸绝缘引起的潜在腐蚀的管道的有效工具的能力,而且还非常有效地对泄漏现场进行成像并将相关信息返回给事故指挥小组用于泄漏响应。最后,当通过视觉方法得出不确定的结果时,FLIR系统已被用于对栖息地中的野生生物进行辐照。驯鹿和北极熊的野生生物调查是使用Kuparuk的FLIR飞机系统进行的。 FLIR传感器系统是一项创新技术,被证明是确保管道完整性和增强对敏感北极环境的保护的良好工具。

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