H2O and O2 measurements for green hydrogen production
As energy sources continue to shift, the infrastructure to produce green hydrogen is becoming critical, we developed a solution to help you measure it
Green hydrogen is becoming a viable, clean energy source to support global efforts to reduce carbon emissions to net zero by 2050. To meet this ambitious target, rapid, reliable measurement of moisture (H2O) and oxygen (O2) in hydrogen (H2) streams is critical to ensure product quality and process safety.
Avantages
Reliable H2O and O2 measurement in green hydrogen production using TDLAS and QF optical analysis technologies
Improved safety, process control and hydrogen quality validation during the purification stages
Accurate, real-time measurements without interferences
Speedy response times for instant protection of downstream equipment
No moving parts, no electrolytes and long-lasting optics to enable extremely low maintenance
Hydrogen measurement challenges
Accurate and reliable hydrogen measurement is crucial in various stages of production, especially for green hydrogen derived from renewable sources. Traditional measurement technologies often provide unreliable results and require frequent maintenance. Real-time measurement of water vapor and oxygen content is essential for process efficiency, safety, and compliance. Key measurement points include the outlet of the electrolyzer and trace measurements throughout the hydrogen processing stages.
Hydrogen quality compliance
Hydrogen quality compliance is crucial for the efficient storage of renewable energy. Optical technologies provide reliable H2O and O2 measurements, ensuring purity requirements for hydrogen fuel cells. Sample point 1 (SP1), after phase separation, detects moisture carry-over issues, while excess oxygen indicates membrane degradation. Further processing stages remove contaminants, with final measurements (SP2) confirming purity for compression and sales.
Endress+Hauser’s solution
Endress+Hauser's TDLAS and QF analyzers assure H2O and O2 contaminant removal in your electrolyzer process, delivering high-quality hydrogen. Proven reliability, real-time analysis, and minimal maintenance make them superior to alternatives. These analyzers provide accurate concentration analysis, detect trace moisture and oxygen, and offer easy installation and 24/7 online health monitoring.
Read more about our hydrogen measurement, key energy carrier to reach decarbonization goals.
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Extended selection Fonctionnalités avancées pour maximiser vos process |
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Xpert selection Performances exceptionnelles pour applications exigeantes |
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