Hydrogen Purity Analyser for PEM Fuel Cells
Comprehensive GC, GC-MS and FTIR solution for hydrogen purity analysis according to ISO 21087, ensuring reliable performance of PEM fuel cell systems.
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Comprehensive Hydrogen Purity Analysis for PEM Applications
Hydrogen is a key energy carrier in the transition to sustainable energy systems, particularly in proton exchange membrane fuel cells. The performance and lifetime of these systems strongly depend on the purity of the hydrogen fuel, as trace impurities can degrade catalysts and membranes, leading to reduced efficiency and potential system failure.
The GAS Hydrogen Purity Analyser provides a fully integrated analytical solution for hydrogen quality control according to ISO 21087 and ISO 14687. By combining gas chromatography, mass spectrometry and Fourier Transform Infrared spectroscopy, the system enables reliable detection of a wide range of impurities at ppb and ppm levels. This ensures accurate monitoring of hydrogen quality during production, storage and distribution.
Applications
- Hydrogen Quality Control for PEM Fuel Cells
Ensure compliance with ISO 21087 and ISO 14687 purity requirements for fuel cell applications. - Green Hydrogen Production
Monitor hydrogen purity in electrolysis and renewable energy production processes. - Hydrogen Storage and Distribution
Verify hydrogen quality during compression, transport and refuelling. - Fuel Cell System Protection
Detect trace impurities that can affect catalysts and membrane performance. - Research and Development
Support development of hydrogen technologies with accurate impurity analysis.
Benefits
- Full ISO Compliance
Designed according to ISO 21087 and ISO 14687 for hydrogen fuel quality analysis. - Comprehensive Impurity Coverage
Detect permanent gases, hydrocarbons, sulphur compounds, halogenated species and polar components. - Multi Technique Approach
Combination of GC, GC-MS and FTIR ensures reliable detection across a wide range of compounds. - High Sensitivity
Detection limits at ppb level for critical impurities including sulphur and halogenated compounds. - Robust and Proven Technology
Based on Thermo Trace GC and FTIR platforms with high uptime and long term stability.
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Hydrogen Purity Analysis for PEM Fuel Cells
This application note describes a comprehensive solution for hydrogen purity analysis according to ISO 21087 and ISO 14687. It combines GC, GC-MS and FTIR technologies to detect a wide range of impurities at ppb and ppm levels, ensuring reliable performance and protection of PEM fuel cell systems.