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Project cooperationUpdated on 11 September 2025

Solid Oxide Electrolyser demonstration project

Chris Rowland

Chief Executive Officer - Hadean Energy at Hadean Energy

Melbourne, Australia

About

Hadean Energy - a spin-out from the CSIRO, Australia’s national science agency - is commercialising a breakthrough high-efficiency, low-cost tubular Solid Oxide Electrolyser (tSOE) technology for the production of green hydrogen and syngas for e-fuels. Our electrolyser technology is capable of steam electrolysis, CO2 electrolysis and co-electrolysis (H2O + CO2).

We are currently developing a 250kW integrated demonstration project, with an existing industrial hydrogen user, and are interested in talking to people who:

  • Have expertise in delivering green hydrogen projects on existing industrial sites

  • Have engineering and balance of plant expertise in the green hydrogen and syngas space

  • Are potential manufacturing and technology development partners, with expertise in balance of plant and industrial integration

  • Are potential investors looking for technology optionality in the SOE space for hydrogen and e-fuels

Hadean is Australia's leading SOE company. Our technology advancement enables hydrogen to be produced at a higher efficiency and lower cost than incumbent technologies – creating a key catalyst for the decarbonisation of hard-to-abate, fossil-fuel dependent industries, such as steel making, ammonia and methanol production. Additionally, Hadean’s technology can catalyse the shift to e-fuels through the production of low-cost syngas.

Hadean's breakthrough lies in our novel, high-performance electrode and tubular cell design - which reduces costs while improving durability, scalability and manufacturability. We have assembled a world leading team of SOE experts with over 100 years of hydrogen technology commercialisation and engineering experience.

Key benefits of tSOE include:

  • The ability to produce either green hydrogen or syngas for e-fuels

  • It integrates well with industrial processes, using waste heat to reduce electricity consumption

  • Lower manufacturing complexity and cost

Stage

  • Planning

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