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Enviro - Model ESE-IR-600 -Hydrogen(H2) Analyzer
In most of industry, the gas mixture inlcuding oxygen, carbon monoxide, carbon dioxide, methane, and hydrogen (O2 / CO / CO2 / CH4 / H2). Our ESE-IR-600 model can be used to accurately measure hydrogen in five-gas mixtures . Our measurement/correction methodology is designed to ensure that gas analyzers are equipped with the correct settings to accurately calculate hydrogen concentrations within the gas mixture. By using this technique, you can be sure that your gas analyzer is giving you an accurate reading for hydrogen and each of the other four gases in a five-gas mixture. This reliable data can then be used to make informed decisions about how best to adjust or manage the gas mixture. With the help of our methodology, you can trust in the accuracy of your gas analyzer’s readings and make sure you are making the best decisions for your operation.
Applications that most commonly require hydrogen analysis are:
- Hydrogen production and purity
- Syngas & gasification
- Pyrolysis
- Steel-making
- Power generation
- Metal heat-treating
Hydrogen (Hydroge, H2) has a very small density, so it is by far the lightest gas. At present, our manufacturers of measuring hydrogen H2 gas mainly use **thermal conductivity (**TCD) method .The content of the gas, the thermal conductivity of hydrogen is the highest in the mixed gas, so when the background gas (such as N2, etc.) or other components in the mixed gas remain basically constant, the thermal conductivity of the mixed gas basically depends on the amount of hydrogen, so according to the mixing Depending on the thermal conductivity of the gas, the amount of hydrogen contained can be measured).