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Smoltek Hydrogen is attending the 245th ECS Meeting in San Fransisco, US. The event brings together the most active researchers in academia, government, and industry to engage, discuss, and innovate in the areas of electrochemistry and solid state science and related technologies.
By showing that we can run a PEMWE with only 2 mg/cm2 of iridium, 2 A/cm2 proton current density and 1,000 hours of continuous operation – we are unlocking green hydrogen at the manufacturing scale of tens of gigawatts each year! This is the key to decarbonize steel and base chemicals for a prospering planet.
Fabian Wenger, Head of R&D
Smoltek Hydren is aiming to lower the loading of Ir-based catalyst to ≈ 0.1 mg iridium/cm2, without compromising the overall performance of the PEM electolyzer. The reduction of iridium is critical in order to enable global mass manufacturing targets for green hydrogen production using PEM electrolysis.
All our results and roadmap ahead will be presented:
Connect with:
Fabian Wenger and Bastien Penninckx on site.
- See you in California, May 26–30!
Technical scope: The low electrical resistivity and mechanical strength indicate why corrosion coated nanofibers are an attractive catalyst support material. The solution offered by Smoltek Hydrogen takes full advantage of the exceptional nanofiber properties on a PTL (above illustration). This method ensures full contact between the nanofibers and the PTL while providing a high surface area substrate and catalysts can then be deposited on top of this substrate. The vertical orientation of the nanofibers facilitates coating of the surface with additional layers of material, such as corrosion protection layers or catalyst particles.
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