Project developers
Leverage our technology. For scalable and low-cost CO2 capture.
Develop your own Direct Air Capture (DAC) + storage, DAC + utilization, or point-source capture project.
How our technology works)
Use case 1
DAC+storage
Capture CO2 from ambient air and permanently store it.
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Use case 2
DAC+utilization
Capture CO2 from ambient air and use it for valuable hydrocarbons (eFuels, polymers, etc.)
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Use case 3
Point-source capture
Capture CO2 from low-concentration flue gas streams, such as aluminium.
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Hardware + Software bespoke to your needs.
Our modular Hydrolyzer and absorber units can be combined for larger plant sizes tailored to your needs.
We also provide our software for load-flexible operations, unlocking the unique ability of running on behind-the-meter solar.
READY FOR SCALE
Proven pilot
Our commercial-sized Hydrolyzer has been proven on our pilot plant, Electra 00.
With the cell architecture being designed to allow for industrial-sized stacks, and the components of this modular system being readily available and industry-proven, the system is ready for rapid scale-up.
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LOAD-FLEXIBLE
Designed for an intermittent grid
Our proprietary Hydrolyzer purely runs on renewable energy. It can be ramped up and down depending on the availability of clean (and cheap) electricity, acting as a chemical battery.
As a result, our DAC technology can easily be deployed with behind-the-meter solar, yielding faster permitting times and access to lower cost of electricity.
Why our partners work with Phlair
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“We search the world for innovative, energy efficient and scalable DAC technologies, and the radical scale-up potential from PHLAIR fits the bill.
We’re pleased to add them to our Alpha test facility in Canada, collectively capture hundreds of tonnes of CO2, and working towards gigaton-scale carbon removal for our commercial customers.”
Damien Steel, Deep Sky CEO
Contact
Get in touch to learn more about Phlair and our use cases for project developers.