Nanoscale nickel and iron catalysts for alkaline electrolyzers

Electronics

Electronics

Automotive components, thermal systems

A cost-effective and well-established electrolyzer technology.

Toray's improved PEM electrolyte membrane that uses hydrocarbons in place of fluoride, offering higher production efficiency and lower hydrogen production costs.

The mode of operation for solid oxide cells when used for electrolysis, typically to produce hydrogen.

Japan

Panasonic Holdings' project to develop innovative alkaline electrolyzers using nanometer-scale nickel and iron catalysts to reduce production costs and increase production efficiency.

Toray Industries' project to develop improved PEM electrolyte membranes using hydrocarbons instead of fluoride to increase production efficiency and lower hydrogen production costs.

Denso's project to develop solid oxide electrolyzer technology that generates hydrogen from steam at 600–800°C, achieving 10–20% higher efficiency than other electrolyzer types.