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INDUSTRY APPLICATION
Power-to-X
Maximize carbon input while minimizing carbon footprint.
INDUSTRY APPLICATION
Maximize carbon input while minimizing carbon footprint.
INDUSTRY CHALLENGES
Cutting emissions from shipping, aviation and heavy industry depends on cost-effective, large-scale production of renewable fuels. The biggest hurdle: securing affordable green hydrogen, often only viable near large renewable energy parks in remote areas.
In addition to green hydrogen, renewable fuels require an abundant, reliable supply of circular CO₂ to meet sustainability standards. This CO₂ must come from biogenic sources or directly from the air.
Biogenic CO₂ depends on third-party producers like pulp and paper mills or bioethanol distilleries, introducing risks tied to their operations, transport logistics and the finite availability of biomass.
DAC SOLUTIONS
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Onsite DAC parks extract CO₂ directly from ambient air. Unlike biogenic CO₂, which depends on the continued operation of a third party, companies can count on supply continuing throughout the lifetime of the fuels and chemicals facility.
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OUR DAC MACHINES
Whether deployed individually or as part of a larger system, our DAC machines offer efficient, adaptable carbon capture.
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DAC in the news
Skytree’s Direct Air Capture (DAC) technology has been selected by Germany’s Forschungszentrum Jülich for a pioneering Power-to-X research project. This initiative aims to demonstrate how companies could transform excess renewable energy into safely transportable fuels using Direct Air Capture in the future.
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GET STARTED
Unlock a reliable, cost-efficient CO₂ supply for renewable fuels and chemicals, anywhere it’s needed.