Commercial Demonstration Plant (CDP)

Hydrogen and graphite production

Hydrogen and graphite production

Engineering and Construction

Energy distribution and utilities

A patented technology developed by Hazer Group that transforms natural gas into hydrogen and graphite using iron ore as a catalyst. It utilizes biogas derived from biomass and waste, promising a significant reduction in carbon emissions.

Advanced thermal insulation technology used in cryogenic storage tanks to minimize heat transfer and hydrogen boil-off.

A process that thermally cracks methane into hydrogen and synthetic graphite without emitting CO2. It operates at over 1200°C and is presented as a third route to hydrogen production, distinct from steam methane reforming and electrolysis.

Japan

Canada

Western Australia

Hazer Group's operational facility that demonstrates the proprietary methane-to-hydrogen and graphite conversion process at commercial scale.

Joint demonstration by Shell and CB&I of a commercial-scale liquid hydrogen storage tank system. The project validated operational performance under real-world conditions including cooling, filling, holding, and warming of cryogenic hydrogen.

Engineering services collaboration between Hazer Group and FortisBC in Canada for hydrogen project development.

High-quality synthetic graphite produced as a by-product of the Hazer Process, suitable for use in lithium-ion batteries and other advanced applications.

A line of factory-made pressurized alkaline electrolysers, with the latest model being a 6.5 MW unit designed for cost-effective green hydrogen production.

Methane pyrolysis technology that produces zero-carbon hydrogen from natural gas while capturing carbon emissions as solid synthetic graphite. This is the first application of the technology in North America.