Glenn Corrie

Hydrogen and graphite production

Trade

Renewable Energy Funding

A process used for blue hydrogen production, which is paired with carbon capture and storage.

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.

Hazer Group's proprietary process that converts methane gas into hydrogen and graphite, providing a cleaner alternative to conventional hydrogen production methods.

Japan

Canada

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

High-purity graphite produced as a byproduct of the methane pyrolysis process, valuable for battery technology and other industrial 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.

Co-products of Hazer's proprietary methane conversion process. Hydrogen serves clean energy applications while graphite serves battery technology and industrial supply chains.