AEM membranes: the other pillar of the electrolyser

Without a good membrane, even the best AEM electrode underperforms. We discuss chemistry, durability and compatibility of modern membranes.

Steel accounts for 7% of global emissions. Green hydrogen is the key lever to decarbonise it. How it works and where we…

A 150,000 PE wastewater plant replaces commercial hypochlorite injection with on-site generation using Jolt electrodes.

Going from one prototype to hundreds of full-size industrial electrodes per month. The #1 industrial challenge of 2026.

Rare earths are critical for Europe. We show how to substitute them in electrolysis catalysts without losing performance.

Europe is betting on electrolyser gigafactories. Our roadmap multiplies productive capacity tenfold in four years.

Nine PhDs, three senior engineers and four technicians: that's the team turning chemistry into industrial product.

A 10 µm particle can ruin an electrolyser coating. Our ISO 7 clean rooms are the first line of defence.

A controlled microsecond electrical discharge melts the catalyst onto the substrate. As simple as that, and as complex as that.

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