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Nanoteknik i vätgasceller löser iridiumkrisen.
Smoltek deltar i Vätgas Sveriges nätverksträff i Göteborg, 14–15 oktober. Ellinor Ehrnberg, vd Smoltek Hydrogen AB kommer att hålla en presentation om vår utvecklade teknik för den porösa transportelektroden avsedd för anoden i PEM-elektrolysörer.
Smoltek Hydrogens elektrod med 20 gånger lägre iridiumhalt för PEM-elektrolys bygger på nanoteknik och ger stora kostnadsbesparingar för tillverkare av elektrolysörer eller tillverkare av cellstackar till elektrolysörer. Detta kommer ge en konkurrensfördel, inte minst framöver när bristen på iridium blir än mer påtaglig och priserna börjar närma sig 10 miljoner kronor per kilo.
Vi vill etablera oss som en internationell kostnadsledare med bas i Göteborg och söker nu strategiska samarbetspartners samt investerare för att stödja vår tillväxt.
Smoltek participates in Vätgas Sweden’s network meeting in Gothenburg, on 14–15 October.
Ellinor Ehrnberg, President of Smoltek Hydrogen AB will give a presentation on our developed technology for the anode porous transport electrode in PEM electrolyzers.
Smoltek Hydrogen’s electrode with 20 times lower iridium content for PEM electrolysis is based on nanotechnology and provides significant cost savings for electrolyzer manufacturers or electrolyzer cell stack manufacturers. This will give a competitive advantage, not least in the future when the shortage of iridium becomes even more noticeable, and prices begin to approach SEK 10 million per kilo. We want to establish ourselves as an international cost leader based in Gothenburg and are now looking for strategic partners and investments to support our growth.
Smoltek Hydrogen PTE technical scope: The low electrical resistivity and high 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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