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Insights / Organizations / University of Hong Kong (HKU)

University of Hong Kong (HKU)

institutionHong Kong 2 mentions

Education and Research

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Products

SS-H2
A novel grade of stainless steel developed for seawater electrolysis, designed to resist corrosion and significantly reduce material costs for electrolyzer components.
1 mention
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Research studies

Development of SS-H2 stainless steel for seawater electrolysis
1 mention
Research studies
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Often mentioned with · Technologies

Proton Exchange Membrane (PEM) Electrolyzer
A water electrolysis technology that uses a solid polymer membrane to conduct protons. PEM systems traditionally rely on platinum group metals as catalysts.
1 mention
Photocatalysis
A process that uses light energy to drive chemical reactions, in this context, to split water for hydrogen production.
1 mention
Seawater electrolysis
A process to produce green hydrogen directly from seawater using renewable electricity.
1 mention
Technologies
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Often mentioned with · Locations

world
2 mentions
Hong Kong
Hong Kong
HK 1 mention
China
China
CN 1 mention

Often mentioned with · Products

SS-H2
A novel grade of stainless steel developed for seawater electrolysis, designed to resist corrosion and significantly reduce material costs for electrolyzer components.
1 mention

Often mentioned with · People

Dr. Kaiping Yu
Hong Kong 1 mention
David Lee Phillips
1 mention
Professor Mingxin Huang
Hong Kong 1 mention

Often mentioned with · Research studies

Development of SS-H2 stainless steel for seawater electrolysis
1 mention
Development of a stable nanomaterial for efficient hydrogen fuel production from water using solar energy
1 mention

In the news (2)

Innovative Stainless Steel Boosts Green Hydrogen Production
Researchers at HKU have developed a novel grade of stainless steel (SS-H2) that can be used in seawater electrolysis for green hydrogen production.
Nanomaterial Paves the Way for Efficient Hydrogen Fuel Production from Fresh and Saltwater
The University of Hong Kong is where the lead physical chemistry scientist, David Lee Phillips, is based and where research on the new nanomaterial was conducted.

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