Smoltek's Breakthrough: Precise Iridium Coating for Green Hydrogen Production
Key Ideas
- Smoltek's new patent enables precise iridium coating for hydrogen production using standard laboratory equipment, advancing their porous transport electrode (PTE) technology.
- The patented method allows for efficient utilization of iridium in PEM electrolysis, enhancing catalytic activity and corrosion protection, crucial for sustainable hydrogen production.
- The innovative method combines nanostructures with platinum and iridium oxide particles, maximizing surface area and catalytic performance.
- Smoltek's international R&D team contributes diverse expertise, spanning nanofabrication, whole-cell tests, and material characterization for next-generation hydrogen technology.
Smoltek Nanotech Holding AB has secured a new patent for a method that precisely deposits iridium, a vital metal for hydrogen production, using standard laboratory equipment. This breakthrough allows for controlled iridium deposition, crucial for creating efficient electrolyzers for green hydrogen. The patented technique, developed by Xin Wen, offers a new approach to coating an electrolyzer anode, enhancing catalytic activity and corrosion protection. Smoltek's R&D team, with members from various countries, is at the forefront of advancing hydrogen technology. By combining nanostructures, platinum, and iridium oxide particles, they optimize the electrode's performance. The company's innovative method not only improves catalytic efficiency but also reduces the reliance on costly industrial processes. Smoltek's consistent innovation in hydrogen solutions is evident through its extensive IP portfolio, which has now reached 96 global patents, solidifying its position as a technology leader in sustainable hydrogen production.
Topics
Electrolyzer
Innovation
Research
Catalysts
Nanotechnology
Electrolyzers
Patent
Technology Leader
IP Portfolio
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