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. But if the hydrogen concentration remains constant, the sensor signal may increase or erroneously decrease with increasing water fractions, with errors of up to 2%H2. 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
★High-accuracy measurement
★Low drift
★Rugged and durable design
★Long life
★Fast response
Measurement components and ranges
• H2: 0 ~ 1% ~100%
For detailed introduction, please refer to Hydrogen Analyzer.
Hydrogen Analyzer, TCD Analyzer