Hycamite awarded for the Innovation In Hydrogen Technology in Canada
28.04.2022
Hycamite awarded for the Innovation In Hydrogen Technology in Canada
Hycamite TCD Technologies has been awarded in the category of Innovation In Hydrogen Technology at the Canadian Hydrogen Convention 2022.
Hycamite TCD Technologies has been awarded in the category of Innovation In Hydrogen Technology at the Canadian Hydrogen Convention 2022. The winners were announced in the awards gala evening in Edmonton, Canada on 27 April, 2022.
Hycamite develops technology for producing clean hydrogen and pure carbon by decomposing the methane from natural gas or biogas into its elemental components— hydrogen and carbon. Hycamite releases no emissions into the atmosphere and offers the components in a usable form for industries worldwide.
The Canadian Hydrogen Awards shine a spotlight on excellence in the hydrogen industry. Recognizing leaders, innovators and trail blazers in energy, companies and individuals are recognized for disrupting the industry and promoting healthy advancement of the sector.
Read more at
Hycamite develops technology for producing clean hydrogen and pure carbon by decomposing the methane from natural gas or biogas into its elemental components— hydrogen and carbon. Hycamite releases no emissions into the atmosphere and offers the components in a usable form for industries worldwide.
The Canadian Hydrogen Awards shine a spotlight on excellence in the hydrogen industry. Recognizing leaders, innovators and trail blazers in energy, companies and individuals are recognized for disrupting the industry and promoting healthy advancement of the sector.
Read more at
OUR PROCESS
Methane Pyrolysis
Our proprietary technology is based on the thermocatalytic decomposition (TCD) of methane molecules.
Read more
OUR PRODUCTS
Clean hydrogen
Hycamite decarbonises industrial production by replacing existing steam methane reforming (SMR) process in hydrogen production.
Read more
Solid carbon
The Hycamite carbon products are based on electrically conductive carbon nanoproducts making them ideal for demanding applications.
Read more