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Insights / Technologies / Thermochemical water splitting

Thermochemical water splitting

2 mentions

A method for producing hydrogen by using heat to split water molecules into hydrogen and oxygen, rather than relying on electricity.

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Often mentioned with · Organizations

University of Birmingham Enterprise
University commercialization and intellectual-property office.
other United Kingdom 1 mention
University of Birmingham
Education and Research
institution UK 1 mention
University of California - Santa Barbara
Research
institution USA 1 mention
Organizations
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Often mentioned with · Locations

world
1 mention
England
England
GB 1 mention

Often mentioned with · Projects

NewHydrogen ThermoLoop™
A high efficiency thermochemical water-splitter that uses low-cost common materials and common industrial temperatures below 1,000 degrees Celsius to produce green hydrogen.
planned 1 mention
BNCF low-temperature water splitting catalyst
A perovskite catalyst project aimed at lowering the temperature needed for thermochemical water splitting to produce hydrogen.
1 mention

Often mentioned with · Products

ThermoLoop™
A thermochemical hydrogen production system that uses heat instead of electricity to split water into hydrogen and oxygen. The technology employs a proprietary phase-changing material and near-isothermal reactions to enable continuous, cost-effective green hydrogen production from diverse heat sources.
1 mention

Often mentioned with · People

Steve Gill
1 mention
Dr. Philip Christopher
1 mention
Professor Yulong Ding
United Kingdom 1 mention

Often mentioned with · Research studies

Water splitting catalyst creates hydrogen at low temperatures
1 mention
Thermochemical approach for green hydrogen production
1 mention

In the news (2)

Mention · source not yet published
University of Birmingham researchers have patented a perovskite catalyst enabling hydrogen production at 150–500°C, tapping industrial waste heat for lower-cost, on-site clean hydrogen.
The world’s cheapest green hydrogen will likely come from a NewHydrogen innovation

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