Less emissions,
More sustainability
CO2 and electricity to e-fuel Methanol
Our anticipated
tons saved
CO2 until 2025
already achieved.
yet to save in projects.
Less emissions,
more sustainability
CO2 and electricity to e-fuel: methanol
Our anticipated
tons saved
CO2 until 2025
already achieved.
yet to save in projects.
Less emissions, more sustainability
CO2 and electricity to e-fuel: methanol
Our anticipated
tons saved
CO2 until 2025
already achieved.
yet to save in projects
e-fuels
E-fuels are synthetic fuels based on air and water. Water is split into its molecules hydrogen and oxygen by electricity through electrolysis. With the gaseous carbon dioxide from the air or from unavoidable point sources, the hydrogen is catalytically synthesized into methanol or e-fuels. Methanol has many uses, such as in the chemical industry as a base chemical for a wide variety of downstream products. In the energy sector, methanol is used in road transport, maritime shipping and aviation, either directly or by refining it into gasoline or kerosene.
Flexibility has to be a sustainability criterion.
We are flexible!
Our standardised modular solution:
FlexMethanol10 and 20 MW as standardized module solution
Meet us here!
Why green methanol?
The market for methanol is already growing constantly. However, this growth will be greatly accelerated by the climate change.
To meet the climate targets of the Paris Agreement, CO2 is now being given a price. This makes e-fuels like green methanol not only better for acceptance in environmental and climate protection, but also economical.
