Hydrogen Fuel News
Sign in · Subscribe
Insights / Organizations / A*STAR

A*STAR

institutionSingapore 6 mentions

Research and Development

Read the full profile on A*STAR

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

Subscribe to read more →

Often mentioned with · Technologies

Fuel Cells
Devices that convert chemical energy from a fuel into electricity through an electrochemical reaction, producing minimal emissions.
3 mentions
Nanotechnology
Technological advances in nanotechnology are making the production of hydrogen fuel cells more viable.
2 mentions
Catalysis
The use of copper and cerium oxides as a catalyst to facilitate the CO-PROX reaction, converting carbon monoxide to carbon dioxide without consuming hydrogen.
2 mentions
Technologies
Subscribe to access the full technologies catalog
Subscribe →

Often mentioned with · Locations

world
3 mentions
Singapore
Singapore
SG 2 mentions

Often mentioned with · People

Teck Leong Tan
1 mention
Ziyi Zhong
1 mention
Jia Zhang
1 mention

Often mentioned with · Research studies

Chemical mechanism for hydrogen fuel production from ethanol using rhodium catalyst
1 mention
New pressure sensors using nanotechnology
1 mention
Optimization of nanoparticle atomic structures for catalyst performance
1 mention
Research studies
Subscribe to access the full research studies catalog
Subscribe →

In the news (6)

A*STAR targets nanoparticles and catalysts with new computing method
Developed a new computing method to analyze and optimize catalysts for fuel cells.
A*STAR researchers believe gold nanoparticles can improve fuel cells
Ziyi Zhong from this institute believes the breakthrough with gold nanoparticles could lead to on-board hydrogen processing systems for fuel cells, making hydrogen more viable for transportation and industry.
A*STAR researchers believe gold nanoparticles can improve fuel cells
A*STAR researchers have developed a new imaging technique to examine fuel cell catalysts and discovered that gold nanoparticles can activate and de-activate based on structural transformations, potentially improving fuel cell longevity and purifying hydrogen.
Hydrogen fuel production could be made more efficient through the use of rhodium
A team of researchers from this institute, led by Professor Jia Zhang, developed a computer model to discover a chemical mechanism for hydrogen fuel production.
A*STAR researchers create new pressure sensors using nanotechnology
Researchers from this institute have developed new pressure sensors using nanotechnology, which they claim have superior electrical and mechanical properties.
Researchers use gold nanocatalyst to make hydrogen production more clean and efficient
Researchers from this institute have developed a new nanomaterial using gold particles as a catalyst for hydrogen production.

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.