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Flare Metering with Optics From Blue-Sky Technology to the Real World

机译:从蓝天技术到现实世界的光学闪光测量光学

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During a presentation at the 2006 North Sea Flow Measurement Workshop on new and current flare metering technologies, infrared and other optical methods of gas flow measurement were referred to as "blue-sky" technology. The inference was that these technologies, whilst they might have merit, probably would not be available for some time, if ever. In reality, this is far from true, as at least one vendor of such devices has developed its technology to the point that laboratory and field testing have been carried out, and more than twenty-five units have been sold and installed into operational plants. The purpose of this paper is to review the development, testing and deployment of the Photon Control Optical Flow Meter. In particular, the following topics will be addressed: 1. Overview of the technology, its various embodiments, its advantages and shortcomings, with a synopsis of a Canadian JIP under which development was carried out. 2. Presentation of results: 2.1 Flow Laboratory testing for installation effects 2.2 A variety of general Canadian onshore retrofit installations 2.3Specific examples from the eight ConocoPhillips Canada "Real World" installations 2.4 An example using optical flare metering technology in Statoil 3. Detailed conclusions on the JIP, the gradual implementation of the new technology into the industry, with feedback from both users and regulators on being able to manage flare gas discharges.
机译:在2006年北海流量测量研讨会上的展示期间,新的和目前的火炬计量技术,红外和其他气体流量测量的光学方法被称为“蓝天”技术。推论是这些技术,同时他们可能有优点,可能不会有一段时间,如果有的话。实际上,这远非如此,因为这些设备的至少一个供应商已经开发了它的技术,以指出已经进行了实验室和现场测试,超过二十五个单位已被销售并安装在运营植物中。本文的目的是审查光子控制光学流量计的开发,测试和部署。特别是,将解决以下主题:1。技术概述,其各种实施例,其优点和缺点,具有加拿大JIP的概要,在该概念下进行了开发的开发。 2.结果表明:2.1安装效果的流量实验室检测2.2各种一般的加拿大陆上改造装置2.3来自八个康诺菲斯加拿大“现实世界”安装的实例2.4在attatoil中使用光学闪光计量技术的一个例子。详细的结论JIP,新技术的逐步实施进入行业,具有用户和监管机构的反馈,可以管理火炬气体排放。

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