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安捷伦7820A甲烷转化炉
安捷伦7820A甲烷转化炉 详细信息：

气相色谱仪分析微量CO、CO2时，氢火焰检测器对其无信号，通常用热导池检测器检测，但分析微量的CO、CO2时，由于热导池检测器灵敏度偏低而检不出，这就要通过甲烷转化炉装置，将微量的CO、CO2转化为甲烷后再由高灵敏度的氢焰检测器检测。因此，甲烷转化炉装置性能的优劣，直接影响其转化率及分析结果的准确性。目前在用的甲烷转化炉，结构较复杂且不甚合理，转化管安装、更换比较困难，且易漏气，导致分析结果的准确性差。

浩瀚色谱（山东）应用技术开发有限公司，采用新技术，研发便携式甲烷转化炉HH-CH4-GC，带有进样，加热，切割，反吹，气路系统，在安捷伦7820A气相色谱仪上安装完毕，运行正常，受到用户的好评。

安捷伦7820A甲烷转化炉  测试谱图：



Agilent 7820A Methane Reformer
Agilent 7820A Methane Reformer Details:

When the gas chromatograph analyzes trace amounts of CO and CO2, the hydrogen flame detector has no signal, and is usually detected by a thermal conductivity cell detector. However, when analyzing trace amounts of CO and CO2, it cannot be detected due to the low sensitivity of the thermal conductivity cell detector. , which needs to pass through the methane reformer device to convert the trace amount of CO and CO2 into methane and then detect it by a high-sensitivity hydrogen flame detector. Therefore, the performance of the methane reformer unit directly affects the conversion rate and the accuracy of the analysis results. The methane reformer currently in use has a complex and unreasonable structure, and it is difficult to install and replace the reforming tube, and it is easy to leak, resulting in poor analysis results.

Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. adopts new technology to develop a portable methane reformer HH-CH4-GC, with sample injection, heating, cutting, backflushing, gas circuit system, installed on Agilent 7820A gas chromatograph Completed, it runs normally and is well received by users.

Agilent 7820A methane reformer test spectrum: 


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