filmov
tv
How are e-fuels produced? | eFUEL-TODAY
Показать описание
The production process of e-fuels is quite simple. In general e-fuels are made out of water and carbon dioxide and no fossil oil is required. During the production process the chemical molecules of fossil crude oil are simply reproduced in the lab. The result is a synthetic crude oil substitute that can afterwards be processed to common diesel or petrol fuels.
There are several different procedures to make e-fuels. At first the production of e-fuels requires hydrogen which is gained through electrolysis from water. In order to produce green hydrogen only renewable sources of energy (such as wind or solar energy) are used in this process.
A common method to produce e-fuels is called the Fischer-Tropsch-synthesis. In this process hydrogen is chemically connected to carbon (gained from carbon dioxide) and synthesized to a liquid fuel. Besides that there is another method called methanation. There are different ways to produce either synthetic diesel, jet fuel or petrol components. The video illustration shows that in a schematic way.
More About eFUEL-TODAY?
eFUEL-TODAY is the largest platform on the subject of e-fuels and reports on the future of fuels and combustibles.
Website
Social Media
There are several different procedures to make e-fuels. At first the production of e-fuels requires hydrogen which is gained through electrolysis from water. In order to produce green hydrogen only renewable sources of energy (such as wind or solar energy) are used in this process.
A common method to produce e-fuels is called the Fischer-Tropsch-synthesis. In this process hydrogen is chemically connected to carbon (gained from carbon dioxide) and synthesized to a liquid fuel. Besides that there is another method called methanation. There are different ways to produce either synthetic diesel, jet fuel or petrol components. The video illustration shows that in a schematic way.
More About eFUEL-TODAY?
eFUEL-TODAY is the largest platform on the subject of e-fuels and reports on the future of fuels and combustibles.
Website
Social Media
Комментарии