Supported by Industriklivet
Green Birch: From waste to sustainable jet fuel
Fueling Flight Without Fossils.
Waste to Jet. Future Ready.
Recycling Carbon for Clean Aviation.
Why SAF?
Why sustainable aviation fuel?
Aviation is essential for connectivity, trade and travel — but today it still depends almost entirely on fossil jet fuel. While efficiency improvements, operational measures and new aircraft help reduce emissions, they are not enough on their own to deliver the deep reductions required to meet climate goals.
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kton Per year annual production of SAF
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Reduction in lifecycle aviation CO₂ emissions compared to fossil jet fuel
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Million tons Avoided CO₂ emissions over the plant’s lifetime
Process
From waste to jet fuel
Green Birch is designed as an integrated waste-to-jet process, combining proven technologies into a scalable pathway for producing sustainable aviation fuel from residual waste and renewable electricity.
Site
Umeå Eco Industrial Park at Dåva
The Green Birch plant is planned at Umeå Eco Industrial Park at Dåva, Umeå’s largest industrial development area in the region of Västerbotten in northern Sweden. The park is being developed as a world-class hub for circular green innovation, recycling and energy.
Locating the project at Dåva provides access to established waste handling infrastructure, district heating networks and electricity, as well as strong road and rail connections. This enables industrial symbiosis with neighbouring facilities and supports efficient use of energy and materials.

Partners
Project partners
Green Birch is developed by Dåva Sustainable Fuels AB together with partners that bring complementary experience across aviation, energy, waste management and regional industrial development.
More information
For more information and news about the Green Birch project please feel free to reach out.






