Remote Detection System of Methane LeakageUsing FTIR Spectrometric Technology

M. Lopez, S. Sadovnychiy, P. Vi
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Abstract

In this work, the characteristics of methane gas detection have been simulated using extracted data of a PFTIR system. Results of 14 ppm of gas methane concentration produced by a leakage to distances of 1000 mts were obtained. Our model of detection in passive way proposes as new implementation the use of natural heat of the surface ground as infrared radiation source in the interval 20-50degC. The use of helicopter for the aerial remote detection is also proposed. In addition these system allows the global location, the video and the infrared photo capture at the moment of detection
利用FTIR光谱技术的甲烷泄漏远程检测系统
本文利用PFTIR系统提取的数据,模拟了甲烷气体检测的特性。结果14 ppm的气体甲烷浓度产生泄漏到1000米的距离。我们的被动探测模型提出了利用地表的自然热量作为红外辐射源,在20-50℃区间内作为新的实现。提出了利用直升机进行空中远程探测的方法。此外,这些系统允许全局定位,视频和红外照片捕捉在检测的时刻
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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