Hysata

A project to demonstrate Hysata's next-generation green hydrogen electrolyzer technology at commercial scale, involving testing a 5MW unit and deploying it at Stanwell's site.

Hysata's electrolyzer technology is designed to be highly efficient (around 95%) and cost-effective, aiming to reduce green hydrogen production costs below AU$2 per kilogram.

Innovative electrolyzers designed with simpler and less costly modular systems, utilizing a unique capillary-fed alkaline electrolyzer technology to convert water to hydrogen using less energy.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

The process used to produce green hydrogen by splitting water using electricity.

Technology selected by Hanwha and provided by KBR for converting ammonia back into hydrogen at destination hubs.

Australia

Rockhampton

Hydrogen liquefaction facility in Louisiana commissioned by Plug Power and Olin Corp. Leverages both electrolysis and conventional hydrogen feeds such as steam methane reformers.

Validation of soil gas survey technology adapted from oil & gas exploration to locate underground natural hydrogen deposits in Australia.

Government-funded green hydrogen production project in France receiving €149 million grant. Site location not yet disclosed.

Proprietary technology that converts imported ammonia into clean hydrogen fuel by decomposing ammonia at high temperatures (700–900°C) and purifying the resulting hydrogen to levels exceeding 99.97% purity suitable for fuel cells and industrial applications.

Novel technique adapted from oil & gas exploration to locate underground natural hydrogen deposits.

Hysata's electrolyzer technology is designed to be highly efficient (around 95%) and cost-effective, aiming to reduce green hydrogen production costs below AU$2 per kilogram.