ISO 14687 – Hydrogen Fuel Quality Standard
An international specification defining purity requirements for hydrogen used
in fuel-cell and industrial applications.
Ready to Elevate Your Analysis?
Understanding ISO 14687
ISO 14687 sets out the quality specifications for hydrogen gas intended for use in fuel cells, mobility, and industrial processes.
It defines the maximum allowable concentration of impurities such as moisture, oxygen, nitrogen, carbon monoxide, carbon dioxide, sulphur compounds, and hydrocarbons that could impact fuel-cell performance or safety.
The standard provides a clear framework for verifying hydrogen purity at production, transport, and dispensing stages.
It is essential for ensuring safe, efficient, and reliable operation of hydrogen-powered systems and for maintaining global consistency in hydrogen-quality certification.
FAQ
- What is ISO 14687 used for?
ISO 14687 specifies the quality requirements for hydrogen fuel to guarantee compatibility with fuel-cell technology and other high-purity applications. - Which impurities are monitored under ISO 14687?
The standard includes limits for moisture, oxygen, nitrogen, argon, carbon monoxide, carbon dioxide, total hydrocarbons, sulphur compounds, halogenated compounds, and particulates. - Why is hydrogen purity so critical?
Even trace levels of contaminants can reduce fuel-cell efficiency or damage catalysts. ISO 14687 ensures hydrogen meets the strict purity needed for long-term system reliability. - How does it relate to other standards?
It works in conjunction with ISO 21087, which defines analytical methods for verifying hydrogen quality, and ISO 19880-8, which covers sampling procedures. - Who applies ISO 14687?
Hydrogen producers, refuelling-station operators, testing laboratories, and regulatory bodies use the standard to certify and monitor hydrogen-fuel quality.
Key Principles of ISO 14687-Compliant Hydrogen Quality Control
- Defined Purity Classes
Specifies detailed impurity thresholds for hydrogen used in mobility, stationary, and industrial applications. - Global Consistency and Safety
Harmonises hydrogen-fuel specifications worldwide, ensuring safety and interoperability across markets. - Traceable Analytical Verification
Requires documented testing using validated methods (per ISO 21087) for each impurity. - Supports Clean-Energy Certification
Forms part of the regulatory framework enabling hydrogen to be traded as a certified clean energy carrier. - Foundation for Fuel-Cell Reliability
Ensures hydrogen quality that maintains catalyst integrity and performance in PEM and SOFC fuel cells.
Downloads
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut sit amet arcu libero.
ASTM D6228
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut sit amet arcu libero. Nullam bibendum euismod lorem, in mollis enim fringilla suscipit. Duis varius euismod nibh ut cursus.