。

此種甲烷轉化爐，不影響儀器原來的分析功能，兼容性好。


北京東西氣相色譜儀用甲烷轉化爐 測試譜圖：



Methane Reformer for Beijing East-West Gas Chromatograph
Methane Reformer for Beijing East-West Gas Chromatograph Details:

In 1962, K. Porten and D.V. Volman introduced the catalytic reduction of CO, CO2, H2, etc. to methane, which was then detected by a hydrogen flame ionization detector. Johns and Thomson further confirmed this method and determined the best operating parameters for each gas. At present, there are many ways to analyze trace carbon in gas, but the simplest and fastest method is the methane reformer method in gas chromatography. The sample is separated by a chromatographic column. The separated carbon monoxide and carbon dioxide are hydrogenated into methane by Ni (nickel) catalyst in the methane reformer, and then detected by a hydrogen flame detector.

The traditional methane reformer has a large volume, and it is very complicated to install on a gas chromatograph that has been sold out of the factory. It is time-consuming and laborious. It must be connected to the gas circuit, carrier gas, hydrogen, and the circuit and the chromatographic column. It cannot be installed and debugged independently, and requires the instrument manufacturer to install it on site, which is costly and limited in use.

Tengzhou Haohan Chromatography Instrument Technology Service Co., Ltd. keeps pace with the times and develops a new miniature CH4 methane reformer. It does not need to be installed by instrument manufacturers. Customers can operate, install, and debug independently. The efficiency is high. Carbon monoxide and carbon dioxide are effectively separated. satisfaction.

This kind of methane reformer does not affect the original analysis function of the instrument and has good compatibility.


Test spectrum of methane reformer for Beijing East-West gas chromatograph: