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Cheaper hydrogen fuel

Invention Number: 
14_2939
The world's most efficient water-splitting electrode has been created by UNSW researchers. The electrode catalyst for hydrogen production is cheap, efficient, stable, metal-free and nitrogen-free and it's a market-ready process.

The Technology

UNSW researchers have created a new electrode catalyst for hydrogen production that is cheap, efficient, stable, metal-free and nitrogen-free.

Hydrogen fuel has great potential to reduce our insatiable dependence on oil.

The technology overcomes the drawbacks of commonly used electrode catalysts such as precious metals by using low cost functionalised carbon nanotubes.

This new material provides superior hydrogen production with lower energy requirements. This enables hydrogen production from renewable energy sources such as solar and wind generated power.

Hydrogen energy is currently generated in Oxygen Evolution Reactions (OER) with the help of an electrode catalyst. Many companies are working hard to develop technologies that can efficiently exploit the potential of hydrogen energy - we believe our electrode catalyst is the solution.

The technology covers half of a two-step process – the oxidation of water

Key Benefits

  • Market-ready process
  • Metal-free and nitrogen-free catalyst
  • Renewable energy and inexpensive
  • Electrochemical stable
  • Efficient, robust and cheaper

Applications

  • Hydrogen fuel production
  • Industrial scale water electrolysis

Hydrogen fuel has enormous potential to reduce our insatiable dependence on oil. This invention provides the key to efficient, stable hydrogen producing electrode catalysts.

The Opportunity

This technology is available for collaborative research and licensing opportunities. Please see our recent news articles or call us for more technical articles and information.

The Australian: Hydrogen economy a step closer with water splitting breakthrough

UNSW Newsroom: The future of clean energy? New cheap and efficient electrode for splitting water