Design and implementation of a portable infra-red sensor for hydrogen sulfide (H2S)

Maria Camila Guacheta, Adriana P. Ascencio, J. Osma, Jorge D. Gamarra
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Abstract

This document shows the development of a portable infrared sensor for the detection of sulfur components. The sulfur component usually are found in gas effluents of the tire pyrolysis process. This method is typically used like a mecanism for recycling tires, that is a huge environmental problem generated by the automotive growth. The pyrolysis process also generates greenhouse gases that cause phenomena such as acid rain [I] by the presence of sulfur compounds such as hydrogen sulfide (H2S). So this is the target gas that in this proyect is going to be detected. This proyect has a implementation phase of the optical detection technology and test exposures of the sensor to the target gas. The sensor that was developed is a portable infra-red sensor for the detecction of the H2S, and satisfactory results were found at the detecction of the target gas.
便携式硫化氢红外传感器的设计与实现
本文介绍了一种用于检测硫组分的便携式红外传感器的研制。硫组分通常存在于轮胎热解过程的废气中。这种方法通常被用作回收轮胎的机制,这是汽车增长所产生的巨大环境问题。热解过程还会产生温室气体,由于硫化氢(H2S)等硫化合物的存在,导致酸雨[I]等现象。这就是这个项目将要探测到的目标气体。本项目具有光学检测技术的实施阶段和传感器对目标气体暴露的测试阶段。所研制的传感器是一种用于检测硫化氢的便携式红外传感器,在目标气体的检测中取得了满意的结果。
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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