Overview
Today, the most common way to produce green hydrogen is through electrolysis – a process that uses electricity from a completely renewable source to split water into hydrogen and oxygen. Hydrogen concentrations between 4 and 77 vol.% can produce explosive gas mixtures. Therefore, it is very important to eliminate and correct for humidity effects in catalytic combustion-based, metal oxide semiconductor-based and thermal conductivity-based hydrogen sensors during green hydrogen production.
Our new thermal conductivity H2 analyzer uses a hybrid equation algorithm to compensate for the effects of humidity and temperature on thermal conductivity sensors, providing a new better solution for the green hydrogen energy industry and a better future!
Advantage
★Built-in temperature and humidity compensation
Without proper moisture compensation, water vapor in gas streams can significantly affect thermal conductivity-based hydrogen measurement, leading to hydrogen reading errors typically in the range of 1–5 vol% H₂ under normal humid conditions, and exceeding ±10% of reading under severe conditions involving high saturation, temperature fluctuations, or partial condensation.
★High-accuracy measurement
★Low drift
★Rugged and durable design
★Long life
★Fast response
★ATEX / IECEx Exd II CT4 Optional
Measurement components and ranges
• H2: 0 ~ 1% ~100%
For detailed introduction, please refer to Hydrogen Analyzer.
Hydrogen Analyzer, TCD Analyzer