Renewable Aviation Fuels
Driving a greener and more resilient future in the aviation industry
"Clean energy for a bright future"
GASIFICATION
With this technology that converts various carbonaceous materials, such as coal, biomass, solid waste, agricultural waste or even plastics, into a gas called synthesis gas or syngas. This transformation is carried out in a reactor at high temperatures and in the absence of oxygen, in a controlled gasification environment.
ALCOHOL TO JET
Alcohol-to-jet (ATJ) technology refers to a chemical conversion process that transforms alcohols into aviation fuels known as "alcohol-to-jet fuels" (ATJ fuels). This technology aims to provide a more sustainable and less polluting alternative to conventional petroleum-derived aviation fuels.
FERMENTATION
ALTJ/CHEMICALS
eFUEL EMISSIONS
Production of synthetic liquid fuels, also known as e-fuels, using renewable electricity to capture and recycle carbon dioxide (CO2) from industrial sources or directly from the air. These synthetic fuels are generated through an electrolysis process, in which CO2 is converted to a syngas and then synthesized into liquid hydrocarbons.
REVERSE WATER-GAS SHIFT (*)
FT (FISCHER-TROPSCH) + UPGRADING
eFUEL DAC
eFuel DAC (Direct Air Capture) technology focuses on the production of synthetic liquid fuels using carbon dioxide (CO2) captured directly from the air. Through carbon capture and storage processes, CO2 is extracted from the atmosphere and then combined with hydrogen obtained from renewable sources to produce sustainable fuels.
