PE Clarus 580 GC 珀金埃尔默气相色谱仪用甲烷转化炉

气体分析法是煤矿自然发火早期预测预报的主要方法之一，以co、h2、c2h2及链烷比、烯烷比等为主的标志气体指标体系在我国已经得到广泛的应用，因此矿山灾害气体分析是保障煤矿安全的重要工作之一。

由于煤矿灾害气体由多组分气体组成，同时常量和微量共存，目前的常规分析分析往往要采用两台色谱仪，即使采用一台色谱仪的也是采用一次进样切换，不仅分析时间较长，而且造成组分之间互相干从而扰影响组分测定的准确性，有可能造成对灾害原因产生误判进而对救灾防爆产生不利的影响。

因此，在一台仪器上，在尽可能短的时间内进行煤矿灾害气体多组分全分析，煤矿安全生产、防止自燃爆炸等灾害的发生，是煤矿安全生产管理体系中急需解决的问题。

对于微量一氧化碳，二氧化碳的测定，传统方法是安装甲烷转化炉。体积大，安装复杂，效率低下，实用性不好，况且还要改造仪器，费时费力，成本高昂。

滕州市浩瀚色谱仪器技术服务有限公司，，研发微型甲烷转化炉成功应用在PE690气相色谱仪上，微量一氧化碳，二氧化碳分离好，柱效高，集成化高，浑然一体，安装简单，调试方便。浩瀚色谱，提供完整的分析方案。

珀金埃尔默气相色谱仪用甲烷转化炉 测试谱图：


Methane reformer for PerkinElmer gas chromatograph
Methane reformer for PerkinElmer gas chromatograph Details:

The gas analysis method is one of the main methods for early prediction and prediction of spontaneous combustion in coal mines. The indicator gas index system based on co, h2, c2h2, alkane ratio, and alkane ratio has been widely used in my country. Therefore, mine disaster gas Analysis is one of the important tasks to ensure coal mine safety.

Since coal mine disaster gas is composed of multi-component gases, and both macro and trace amounts coexist, the current routine analysis and analysis often use two chromatographs. Even if one chromatograph is used, one injection switch is used, which not only takes a long time, but also In addition, the components interfere with each other and affect the accuracy of the component determination, which may cause misjudgment of the cause of the disaster and adversely affect the disaster relief and explosion protection.

Therefore, it is an urgent problem in the coal mine safety production management system to conduct a multi-component full analysis of coal mine disaster gas in the shortest possible time on one instrument to ensure coal mine safety production and prevent spontaneous combustion and explosion.

For the determination of trace carbon monoxide and carbon dioxide, the traditional method is to install a methane reformer. Large size, complicated installation, low efficiency, poor practicability, and the need to modify the instrument is time-consuming, laborious, and costly.

Tengzhou Haohan Chromatography Instrument Technology Service Co., Ltd. keeps pace with the times and has successfully applied the micro methane converter to the PE690 gas chromatograph. It has good separation of trace carbon monoxide and carbon dioxide, high column efficiency, high integration, integration, simple installation, Easy to debug. Haohan Chromatography provides a complete analysis program.

PerkinElmer gas chromatograph used methane converter test spectrum: