Highly selective electrocatalysts

1 mention

Another previous approach attempted to improve seawater electrolysis efficiency, but proved impractical for large-scale application.

Read the full profile on Highly selective electrocatalysts

Subscribers get an in-depth intelligence profile — leadership, scale, partners, regulatory context, and the latest milestones.

Subscribe to read more →

Often mentioned with · Organizations

Nanjing Tech University

Higher education and research

institution China 1 mention

Often mentioned with · Locations

Jiangxi Province

Jiangxi Province

Often mentioned with · Projects

Membrane-based seawater electrolyzer research

A research project to develop and test a membrane-based device for direct seawater electrolysis to produce hydrogen. The device uses a fluorine-rich porous membrane to separate seawater from potassium hydroxide electrolyte, overcoming corrosion and side-reaction barriers.

completed 1 mention

Often mentioned with · Facilities

Nanjing Tech University Chemical Engineering Laboratory

Often mentioned with · Products

Membrane-based seawater electrolyzer

A hydrogen production device that splits saltwater directly using a fluorine-rich porous membrane to separate seawater from a concentrated potassium hydroxide electrolyte solution. The device overcomes corrosion and side-reaction problems inherent in traditional seawater electrolysis and has demonstrated operational durability exceeding 3,200 hours.

Often mentioned with · People

China 1 mention

Often mentioned with · Research studies

A membrane-based seawater electrolyser for hydrogen generation

In the news (1)

Chinese researchers successfully achieve hydrogen production with seawater

3 years 6 months ago

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.