Accelerating green hydrogen adoption with ultra-low degradation PEM electrolysis technology
As PEM electrolysis scales from pilot projects to industrial deployment, the conversation is shifting beyond simply proving the technology works. The challenge now is ensuring electrolyser systems can operate efficiently, safely, and reliably over tens of thousands of hours in demanding real-world conditions – yet public long-term durability data remains remarkably scarce.
Catch up on-demand with H2 View for an in-depth conversation with experts from W. L. Gore & Associates and ITM Power as we discuss the findings of a new collaborative white paper – one of the few publicly available data sets of its kind – examining the long-term durability of advanced PEM membrane technologies under industry-relevant operating conditions.
We cover the industry’s move towards thinner membranes, balancing efficiency gains with concerns around crossover, degradation, and long-term stability. We will also explore stack scale-up challenges, durability validation methods, and how innovations in membrane and cell design could help reduce costs and improve the commercial competitiveness of green hydrogen production.
