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Turning Carbon Dioxide Into Treasure: Methane Conversion Breakthrough

London, Wednesday, 16 July 2025.
Researchers have discovered a method to transform CO2 emissions into methane using a nickel/cerium oxide catalyst and vanadium for hydrogen storage. This could revolutionise industrial carbon management, reducing emissions and creating renewable fuel.

US Tax Changes Give Blue Hydrogen Unexpected Boost

Washington, Tuesday, 15 July 2025.
With the rollback of the 45V tax credit, blue hydrogen gains a surprising edge in the US. The new tax incentives shift industry focus from green to blue hydrogen, creating investment waves.

Sugar Cane to Hydrogen: The Green Leap Forward

London, Monday, 14 July 2025.
Researchers have created an efficient process to transform sugar cane waste into green hydrogen, promising a sustainable energy future. This innovation could reshape hydrogen production and boost decarbonisation efforts.

Turning Waste into Wealth: Blue Hydrogen from Flare Gas

Abuja, Monday, 14 July 2025.
A study reveals how using flare gas for blue hydrogen reduces emissions with great economic benefits, particularly for Nigeria. It’s an innovative step towards sustainable energy and circular economies.

Berlin's Cutting-Edge Hydrogen Station: Paving the Future of Clean Energy

Berlin, Monday, 14 July 2025.
BAM debuts Germany’s only digitally monitored hydrogen research station in Berlin, highlighting hydrogen’s promise in sustainable energy. With in-house green hydrogen production, safety and innovation take centre stage.

Cracking Hydrogen Safety: New Fire Suppression Methods Revealed!

London, Sunday, 13 July 2025.
Recent research exposes the unique challenge of hydrogen combustion safety, pointing out current suppression methods fall short. I find these new techniques fascinating as they promise to boost hydrogen’s role in reducing carbon footprints.

Revolutionary Catalyst Model Boosts Hydrogen Oxidation Efficiency

London, Sunday, 13 July 2025.
A new platinum-gold catalyst dramatically enhances hydrogen oxidation, improving bioelectrocatalysis applications. This innovation could transform energy conversion, making biotechnology processes vastly more efficient. Why not dive in and find out more?

Hydrogen: The Fiery Fuel's Bright and Bumpy Road Ahead

London, Sunday, 13 July 2025.
Hydrogen shines with its high energy but stumbles over storage and transport hurdles. Its burning properties outpace traditional fuels, yet challenges remain significant. Crucial as we chase sustainable energy.

How Molybdenum Doping Supercharges Magnesium Hydride for Hydrogen Storage

Morocco, Sunday, 13 July 2025.
A recent study reveals molybdenum doping and vacancy defects drastically reduce the high hydrogen desorption temperature of magnesium hydride, potentially transforming hydrogen storage efficiency and paving the way for a sustainable hydrogen economy in regions like Morocco. This advancement is vital for the widespread adoption of hydrogen energy, ensuring greener transitions. Who knew a little Mo could do so much?

South Korean Researchers Triple Hydrogen Production Efficiency with New Catalyst

South Korea, Wednesday, 9 July 2025.
A team in South Korea has developed a catalyst that triples the efficiency of ammonia decomposition, paving the way for cheaper and cleaner hydrogen production. This innovation could powerfully impact efforts to reduce fossil fuel dependence worldwide.