However, for AEMWE to be commercially viable, it requires catalysts that offer both high efficiency and long-term stability.

Although it is promising, the large-scale production of hydrogen relies heavily on expensive platinum-based catalysts, and hence affordability remains a major challenge for the industry. To surpass ...

Seoul National University’s College of Engineering has announced a major breakthrough in eco-friendly hydrogen production. A ...

A clean energy transition is happening all over the world as the worsening climate crisis creates an urgent need to decarbonize energy systems.  Unlike fossil fuels like coal and oil, clean energy ...

Researchers at the University of Illinois Urbana-Champaign have developed a method to recycle platinum catalysts used in the production of valuable silicone materials. Homogenous catalysts made of ...

The next generation of sustainable hydrogen production could be made possible with an advanced electrochemical catalyst.

Gold markets are flat despite stronger dollar and rising Treasury yields. Gold is flat as traders wait for additional ...

The new ruthenium core-shell catalyst sets a benchmark in hydrogen production, combining high efficiency with reduced ...

While platinum (Pt) as a HER catalyst is highly effective, its scarcity and high cost significantly increase manufacturing expenses, limiting its large-scale application.

Although it is promising, the large-scale production of hydrogen relies heavily on expensive platinum-based catalysts, and hence affordability remains a major challenge for the industry.

Although it is promising, the large-scale production of hydrogen relies heavily on expensive platinum-based catalysts, and hence affordability remains a major challenge for the industry.