'Artificial leaf' generates clean hydrogen from contaminated seawater

Scientists build solar device that produces hydrogen from seawater

Scientists developed a solar-powered device that produces hydrogen from seawater while removing toxic hydrazine from wastewater.

'Artificial leaf' generates clean hydrogen from contaminated seawater

Scientists from Nanyang Technological University, Singapore, have designed a device that harvests sunlight to generate clean hydrogen from seawater and simultaneously degrades hydrazine, a highly toxic contaminant from industrial wastewater.

Singapore: NTU Smart Technology Opens New Path For Clean Hydrogen - OpenGov Asia

Singapore researchers have developed a smart solar-powered technology that could address two environmental challenges simultaneously: clean hydrogen production and toxic industrial wastewater treatment. The “artificial leaf”, developed by scientists at Nanyang Technological University (NTU), uses sunlight to generate hydrogen from seawater while simultaneously breaking down hydrazine, a highly toxic industrial contaminant. Combining Clean Energy…

The Hydrogen Stream: Singapore researchers present artificial leaf for H2 production from contaminated seawater - pv magazine Global

In other news, Power to Hydrogen started green hydrogen production in Antwerp, while Dongfeng unveiled three hydrogen-powered commercial vehicles in Hannover. Moreover, Denmark opened the EU’s first full-scale CO₂ storage site, and H2 Mobility began trial operations at a hydrogen refueling station at Hannover Airport. The post The Hydrogen Stream: Singapore researchers present artificial leaf for H2 production from contaminated seawater appeared…

Artificial Leaf Could Turn Polluted Seawater into Clean Hydrogen Fuel

Scientists have developed an “artificial leaf” that uses sunlight to produce clean hydrogen from seawater while also removing a highly toxic industrial pollutant. The device was created by researchers at Nanyang Technological University in Singapore. Inspired by natural leaves, it captures sunlight and converts it into electricity. This electricity powers chemical reactions without requiring an […]