For more than two centuries, fossil fuels have dominated global energy and chemical production, accounting for over 80% of consumption and driving a steep rise in CO₂ emissions. This reliance has ...

Fraunhofer IWES and Fraunhofer IFAM have completed work in the SeaEly project examining whether seawater and brackish water ...

A new approach to the traditional alkaline electrolyzers used to produce “green” hydrogen from water eliminates the membrane ...

Designing optimized catalysts that use least amount of iridium has been a challenge. Water electrolysis offers an ideal process for hydrogen production, which could play a key role in the global ...

Hybrid water electrolysis technology can generate green H 2 at the cathode and value-added chemicals at the anode simultaneously through energy-saving pathway. Thermodynamically more favorable ...

Perspectives for chemical-assisted water electrolysis provide valuable insights into innovative catalyst design strategies and outline future directions for achieving low-voltage and high-efficiency ...

KIER researchers developed a nickel-cobalt electrode to replace expensive noble-metal catalysts in water electrolysis. The heterostructure electrode of nickel oxide and nickel-cobalt alloy produced ...

Seawater electrolysis using renewable electricity offers an attractive route to sustainable hydrogen production, but the sluggish electrode kinetics and poor durability are two major challenges. We ...

To resolve the energy crisis and environmental issues, research to move away from fossil fuels and convert to eco-friendly and sustainable hydrogen energy is well underway around the world. Recently, ...