A research team has developed a breakthrough technology that dramatically improves the durability of alloy catalysts, a ...

Researchers from the University of Sheffield and Kyushu University in Japan are developing catalysts for zero-emissions technology in hydrogen fuel cells, which have potential to be deployed in the ...

Some automakers want to get serious about bringing hydrogen-powered fuel cell vehicles ... inexpensive and easily produced catalyst that could replace pricey platinum, the catalyst for the ...

The study aimed to optimize catalyst designs to improve fuel cell performance ... precious metals like platinum. The transition to sustainable energy sources, especially hydrogen, has increased ...

Energy Solutions with Green Hydrogen and Independent Innovation Over two decades ago, an independent researcher embarked on a ...

As South Africa progresses its platinum-based hydrogen fuel cell economy, Mistra aims to ensure that the benefits of these emergent industries accrue to all, including youth and communities.

Proton exchange membrane (PEM) technology uses platinum catalysts in two key applications – electrolysers and hydrogen fuel cells to produce electricity. FCEVs are a major market for hydrogen ...

Take, for example, the hydrogen fuel cell, which converts hydrogen ... stable and easy to distribute. The catalyst also requires 90% less platinum than other technologies, making it more affordable.

Here's what happens in the fuel cell: When hydrogen gas pumped from the fuel tanks arrives at the anode, which is made of platinum ... where a catalyst creates oxygen ions. The arriving hydrogen ...