Transition metal derivatives can act as catalysts in fuel cells
US scientists find low-cost catalyst for fuel cells
Cobalt nitride can be used as an electro-catalyst in alkaline fuel cells, Cornell University scientists say
US researchers have found a class of non-precious metal derivatives that can catalyse hydrogen fuel-cell reactions at a much lower cost than platinum. Cobalt nitride can be used in the oxygen reduction reaction (ORR) as an electro-catalyst in alkaline fuel cells. Cobalt is 475 times less expensive than platinum, which is conventionally used in fuel cells, says Professor Hector Abruna of the Department of Chemistry and Chemical Biology at Cornell University. Most fuel cells are acidic. Abruna and his colleagues published their findings in a paper, titled ‘Nonprecious Transition Metal Nitrides as Efficient Oxygen Reduction Electrocatalysts for Alkaline Fuel Cells’, in the peer-reviewed journal
Also in this section
14 January 2025
With abundant wind and sunshine, Africa is poised to lead in green hydrogen production. Yet high costs and financing challenges require global partnerships to unlock the continent's potential
14 January 2025
The continent’s largest economy sees an opportunity to join the global export market, but funding gap and lack of regulatory framework present challenges
13 January 2025
IEA urges Netherlands to give clean hydrogen investors greater certainty over industrial consumption
10 January 2025
Country’s emerging clean hydrogen sector faces its first big political test as centre-right party leads in polls
