Engineering sustainable fuel for a fossil-free future
We lead the way with cutting-edge synthetic fuel technologies aimed at replacing fossil fuel.
E-fuels production pathway.
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The e-fuels production pathway involves using electricity from renewable sources and water (H​₂O) which is split into hydrogen (H​₂) and oxygen (O₂) through a process called electrolysis.
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Waste CO₂ is converted, together with hydrogen (H​₂) into liquid e-fuels.
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These fuels are close to carbon neutrality with a greenhouse gas reduction of 94% compared to fossil fuels.
Synthetic fuels production pathway
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The synthetic fuel production pathway harnesses second generation biowaste as a key resource. Through this process, COâ‚‚ is extracted from the raw materials, transforming it into a advanced synthetic fuels.
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On a tank-to-wheel basis, the manufacturing process already closes the carbon cycle by capturing the same amount of COâ‚‚ in the production process as released during combustion. Thus, no additional COâ‚‚ is released into the atmosphere.
Taking production and transport into account (well-to-wheel), the GHG reduction is 80%.
Our fuels are made through two pathways
Both fuels are drop-in solutions that require no modifications to your vehicle or infrastructure.
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Both fuels offer high-performance capabilities, matching or even surpassing the efficiency of fossil fuels, all while maintaining an environmentally-friendly, clean-burning profile.
