We are flying with SAF towards a better future
SAF is a second-generation biofuel that is produced from organic waste and reduces CO₂ emissions.
Thanks to it, we will transform the future of aviation and drive the decarbonization of air transport.
Benefits of flying with SAF
An immediate solution to accelerate the energy transition.
Emissions reductions of up to 90%
It can decrease CO₂ emissions by up to 90% throughout the life cycle, compared to traditional fossil fuels.
Boosting the circular economy
It is produced from organic waste that is given another life.
It accelerates the energy transition.
It can be supplied in current engines without making modifications to them.
We are building the future for transportation of people and goods
I am a passenger
A new, more environmentally-friendly way of flying.
I am an airline
We are moving forward in the energy transition with the supply of SAF.
We are transforming aviation alongside our partners.
Volotea
We are researching and producing SAF to accelerate the decarbonization of air transport.
Wizz Air
We are driving the development and production of SAF.
Binter
We are joining forces to produce SAF from raw materials.
Iberia
We are promoting the development of SAF alongside the Iberia Group.
Air Nostrum
A partnership for the decarbonization of air transport.
Vueling
An alliance to promote the development and production of SAF and reduce emissions.
TUI
Together we are promoting reduced emissions in the aviation sector.
Etihad
Committed to continue reducing the carbon footprint of air transport together.
Technical sheet
Access to find all the technical information about SAF.
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SAF (Sustainable Aviation Fuel)
.PDF | 493 kb
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Get answers to your questions
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Sustainable aviation fuel (SAF) is a second-generation biofuel produced from waste such as used cooking oil or agricultural and livestock waste. It reduces CO₂ emissions by 90% throughout the life cycle compared to traditional fossil fuels.
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Produced from waste that has been previously treated to remove impurities. These materials are refined through a process called hydrodeoxygenation, which removes oxygen, sulfur, and nitrogen from these renewable raw materials.
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SAF reduces CO₂ emissions by 90% throughout its life cycle compared to fossil fuel. It also boosts the circular economy by using organic waste.
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It can be used in current aircraft engines and airport infrastructures. So it does not require additional investments.
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