浅析新能源领域工业气体检测中几种气相色谱检测器的原理  

A brief analysis of the principle of several gas chromatographic detectors in industrial gas detection in the field of new energy

作　　者：叶佳妮 何孟孟 孙哲 张艺博 姜雪艳 韩通 吕龙刚 周高怀 YE Jiani;HE Mengmeng;SUN Zhe;ZHANG Yibo;JIANG Xueyan;HAN Tong;LYU Longgang;ZHOU Gaohuai(Xi’an Guolian Quality Inspection Technology Co.,Ltd.,Xi’an,Shaanxi,714000,China)

机构地区：[1]西安国联质量检测技术股份有限公司,陕西西安714000

出　　处：《质量安全与检验检测》2023年第4期27-32,共6页QUALITY SAFETY INSPECTION AND TESTING

摘　　要：氢能具有无污染、可再生、储运方便、利用率高的优点,这使氢能的发展成为我国促进环境保护、保障能源安全、缓解能源供应压力的能源战略之一。随着人们对气体安全的高度重视,在化工生产、环境监测等各个方面的气体纯度检测受到越来越多的关注。工业气体中往往存在多种杂质,这些杂质气体对工业气体的安全造成一定的影响,随着工业条件的要求越来越苛刻,目前的检测技术虽已成熟,但也已经无法满足这些更加复杂的气体杂质含量检测的需求。本文对现有几种检测器的结构及检测原理进行了阐述,并对气体检测的发展提出展望。Hydrogen energy has the advantages of pollution-free,renewable,convenient storage and transportation,and high utilization efficiency,which make the development of hydrogen energy become one of the energy strategies to promote environmental protection,ensure energy security,and alleviate energy supply pressure.In light of the increasing emphasis on gas safety,precise gas purity detection has gained significant attention across various domains such as chemical production and environmental monitoring.Industrial gases commonly exhibit diverse impurities,which can potentially compromise their safety.While current detection technologies have reached maturity,they struggle to meet the demands of detecting complex gas impurity content under increasingly stringent industrial conditions.This paper elucidates the structures and detection principles of several existing detectors while outlining potential avenues for the future development of gas detection.

关 键 词：气相色谱仪 检测器 气体杂质 检验检测 

分 类 号：TK91[动力工程及工程热物理]