Hazer Process

Hydrogen and graphite production

Hydrogen and graphite production

Energy distribution and utilities

Grant funding for low-carbon projects

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.

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.

The core chemical process underlying the Hazer Process, utilizing iron ore as a catalyst to enable lower reaction temperatures and improved energy efficiency compared to conventional hydrogen production methods.

France

Canada

British Columbia

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

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

Hydrogen project collaboration between Hazer Group, Chubu Electric, and Chiyoda Corporation in Japan.