Adele Hydrogen supplies Pathfinder Electrodes, a patented alkaline electrode that boosts active surface area and uses a proprietary catalyst to cut cell voltage by up to 30% and increase hydrogen output roughly fourfold per square meter. The electrodes are drop‑in compatible with existing alkaline electrolyzer stacks, helping manufacturers and large‑scale green hydrogen producers lower energy consumption and reduce the levelized cost of green hydrogen.
Funding
Funding not disclosed
Founders
Product
Problem
Alkaline electrolyzers, which dominate the green hydrogen market, rely on outdated electrode technologies that limit efficiency and increase energy consumption, keeping hydrogen production costs high and hindering large‑scale adoption.
Solution
Adele Hydrogen offers Pathfinder Electrodes, a patented alkaline electrode that dramatically expands active surface area and incorporates proprietary catalyst formulations. The electrodes deliver up to 30% energy savings and roughly four times higher hydrogen output per square meter compared with conventional nickel mesh or PGM‑doped electrodes. By improving the core component of alkaline electrolyzers, the solution lowers the levelized cost of green hydrogen, making it more competitive with grey hydrogen and supporting broader decarbonization efforts.
Target Audience
Primary customers are manufacturers of alkaline electrolyzer systems and large‑scale green hydrogen producers seeking to improve plant efficiency and reduce operating costs.
Features
- Up to 10,000× active surface area versus standard alkaline electrodes
- Proprietary catalyst coating that enables up to 30% reduction in cell voltage
- Achieves approximately 4× higher hydrogen production rates per m² of electrode surface
- Designed for integration with existing alkaline electrolyzer stacks without major redesign
- Patented manufacturing process ensures consistent performance and scalability