Next Generation Gas Emission Monitoring System

Ilyas Uyanik, A. Wesley
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引用次数: 2

Abstract

During drilling or production operations, poisonous, highly flammable hazardous gases can be released into the environment. A next-generation gas emission monitoring system monitors gas leaks and can help the oil and gas industry improve workplace safety. The initial design, architecture, and development of a real-time monitoring and surveillance system consisting of drones capable of performing autonomous aerial inspections is discussed. This system monitors and reports the spatiotemporal evolution of hazardous gas clouds, such as H2S, CH4, and CO2, in the oil and gas facilities in real time and provides necessary actions for a safe operation. The proposed monitoring system is compared to the traditional monitoring approach where sensors are placed near the ground. This work is a significant improvement from the authors’ previous work leveraging state-of-the-art machine learning technologies to create smart drones capable of making intelligent decisions involving gas leak monitoring.
新一代气体排放监测系统
在钻井或生产过程中,有毒的、高度易燃的有害气体会释放到环境中。下一代气体排放监测系统可以监测气体泄漏,帮助石油和天然气行业提高工作场所的安全性。讨论了由能够执行自主空中检查的无人机组成的实时监测和监视系统的初始设计、架构和开发。该系统实时监测和报告油气设施中H2S、CH4、CO2等有害气体云的时空演变,为安全运行提供必要的措施。该监测系统与传统的近地面传感器监测方法进行了比较。这项工作与作者之前的工作相比有了重大改进,他们利用最先进的机器学习技术创建了能够做出涉及气体泄漏监测的智能决策的智能无人机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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