What You Will Learn In The Webinar
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Hydrogen purity is one of the most important aspects to ensure both safety and reduce degradation of fuel cells.
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Water purity is one of the most important aspects to minimize degradation of electrolyzers.

Hydrogen drying and oxygen removal is one of the most important subsystems of electrolyzers.

Coolant deionization is one of the most important aspects to ensure electrical safety of fuel cell systems for mobility and stationary applications.

Air filtration is one of the most important component to avoid particles in fuel cell systems and electrolyzers.

Hydrogen filtration is one of the most important aspects of refueling stations – otherwise particles would “sandblast” pipes, valves and o-rings from the inside.

All in all, if you want reliable hydrogen systems, you need good filters and good media conditioning.

Here´s what you will learn:

• How to ensure hydrogen purity and reduce degradation of fuel cells
• How to purify water to minimize degradation of electrolyzers
• How to purify hydrogen in electrolyzers
• How to filter air and hydrogen in fuel cell systems and electrolyzers
• The role of coolant deionization in ensuring electrical safety for fuel cell systems in both mobility and stationary applications

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​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​SPONSORS of the Mission Hydrogen Webinar Series:
GOLD:  NEUMAN & ESSER GROUP | Wenger Engineering GmbH 
Silver:  Atlas Copco |  Burckhardt Compression AG | Dräger Safety | MSA – The Safety Company | VOSS Holding GmbH + Co. KG 
Bronze: LFE, Linde, TT Gaskets​​​​​​​