Synthetic fuels: An alternative for decarbonizing mobility 

What are zero footprint fuels?

We are producing carbon-neutral fuels using only water and CO2 as raw materials. These fuels can be used in any kind of vehicle around today such as automobiles, trucks, and planes, among others, without the need to adapt their fuel systems. This is possible thanks to our CO2 capturing technology and the renewable energy that enables us to obtain hydrogen from water molecules.

How synthetic fuels are produced

Synthetic fuels represent a new step in our commitment to become a net zero emissions company by 2050, which highlights all of our experience in our pursuit of a zero emissions mobility future. This is due to the fact that these fuels boast properties on par with traditional fuels and have an unlimited production capacity.

How are synthetic fuels produced?

The system for producing synthetic biofuels is considered to be a crucial component to circular economy strategies as it contributes to the efficient use of resources and waste. 

To produce e-fuels, electricity from renewable sources is used, which separates the oxygen and hydrogen particles of water by means of electrolysis , giving rise to renewable hydrogen. Meanwhile, CO₂ is captured from the air or from an industrial facility. Lastly, at the synthetic fuel production plant, the renewable hydrogen and the CO₂ are used to produce net zero emissions synthetic fuels.

Infographic on how synthetic fuels are produced
What are the advantages of synthetic fuels?
 
Synthetic fuels offer a series of benefits that go beyond reducing the environmental footprint:
 
  • Efficient: They have physicochemical properties that are similar to regular fuels, making them compatible with current vehicles and allowing for existing infrastructure to be used.
  • Sustainable: Alternative and renewable raw materials are used to produce them.
  • Strategic: They contribute to the progressive decarbonization of transport and aviation, among others. 
  • Innovative: The development of technologies and the production of e-fuels will place the refining industry at the forefront of low-emissions technologies that are key for CO2 capture, use and storage, and technologies for producing renewable hydrogen.