Phlair

Climate Transformation Fund • Germany
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Phlair
About

Advancing electrochemical CO₂ removal

Phlair is advancing a novel Direct Air Capture approach utilizing innovative electrochemical technology. This process captures CO₂ from the atmosphere using a basified solvent, transforming it into bicarbonates, and then releasing it as gaseous CO₂. The technology is uniquely capable of matching renewable electricity generation curves and is designed to be cost-effective, energy-efficient, and scalable. With its modular design and reliance on existing supply chains, Phlair's approach has the potential for rapid upscaling. The project is currently at a promising stage of development, with a clear path to commercialization.

motivation
Pillar & Approaches

Durable carbon removal (CDR)

CDR is one of the most crucial solutions to reach and maintain net-zero emissions and limit global warming. To counterbalance fossil emissions from the long carbon cycle, the carbon removed needs to be stored durably. While solutions for durably removing carbon are still nascent, pre-purchasing carbon removal from startups can help kickstart the sector, making it an affordable and climate-relevant solution in the future. When credits or certificates are bought, they will be retired, meaning they cannot be resold and will not be counted as financial instruments.

Direct air capture with storage (DACCS)

Direct air capture (DACs) refers to taking CO₂ from the air to then store it permanently underground. The method is scalable and not dependent on rare materials, but very energy intensive.

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