As Europe and the world advance major energy projects like the European Hydrogen Backbone, the need for efficient hydrogen compression becomes critical. Traditional compressors fall short, and while centrifugal compressors handle large gas volumes, they struggle with hydrogen due to its low molecular mass, requiring inefficient workarounds like gas mixing and separation.

Greene Tweed is tackling this challenge with innovative thermoplastic composite impellers. These materials, with a strength-to-weight ratio 3x higher than metals, enable higher rotational speeds—unlocking the potential for pure hydrogen compression.

In this webinar, discover:

How to overcome metal impeller limitations
The advantages of advanced composite materials
Breakthroughs in thermoplastic impeller design and performance testing

Watch now to explore the future of hydrogen compression!

You can also discover Greene Tweed’s solutions for Hydrogen power applications here.
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