As the world moves towards sustainable energy sources, fuel cell systems are becoming increasingly important as an alternative to traditional fossil fuels. Hydrogen (H2) fuel cells are a particularly promising technology, offering high efficiency and no harmful emissions. However, storing hydrogen and supplying it to fuel cells requires specialised valves that can handle the unique properties of this fuel source.
Valves used in hydrogen storage and fuel cell systems must be designed with several important considerations in mind. They must be able to handle high pressures, minimise leakage, have a long service life and be capable of handling high flow rates in a compact space. They must also be resistant to high temperatures and vibrations, meet strict protection standards and have fail-safe functions in the event of a malfunction.
Furthermore, valves must be made of materials suitable for contact with high-pressure hydrogen and must be resistant to the potential risks associated with hydrogen embrittlement. They must also comply with regulatory standards, such as EC79, to ensure their safety and effectiveness.
Our partner Magnet Schultz has developed a flexible modular system for the development and supply of control and switching valves that meet the specific needs of customers in mobile and stationary applications. By focusing on these unique requirements, we are able to supply reliable and durable valves that are essential for the efficient operation of hydrogen storage and fuel cell systems.
Finally, as fuel cell technology continues to develop and mature, the demand for specialised valves that meet the unique requirements of hydrogen storage and fuel cell systems will only increase. By supplying high-quality valves that meet these requirements, we can contribute to the accelerated adoption of hydrogen fuel cells and a cleaner, more sustainable future.
For more information about this series, please contact us. Our specialists will be happy to help you. Fill in the contact form or call 0348 – 495 172 (NL) / 015 – 451 840 (BE).
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