One Technology
Diversified Solutions
Our innovative CO2 capture technology offers unparalleled efficiency, in extracting carbon dioxide from gas mixtures.
Irrespective of the CO2 concentration, from 400ppm DAC to 5% Diluted Point Source, RepAir’s solution can effectively separate it using the same technology.
(DAC)
Direct Air Capture plays a crucial role in bridging the emissions gap, as it is the only solution capable of addressing both historical and hard-to-abate emissions, providing a permanent, verifiable and safe way to achieve carbon removals.
With 600kWh/t of CO2 removed, and a projected levelized cost of $70 a ton at the megaton scale, RepAir’s solution represents a leap forward in carbon dioxide removal technology.
In partnership with storage providers RepAir will provide high-quality carbon credits to off-takers, with regulated and guaranteed permanence.
In 2023, an outdoor field pilot was deployed on our roof, showcasing the technology as a complete system capable of autonomous operation. This iteration featured three independent lines, each incorporating a stack of electrochemical cells, marking a significant milestone with a TRL of 6.
(<5%)
Urgent demand from industries such as automotive and construction is driving the carbon-free aluminum market. The aluminum smelting process is responsible for approximately 220 MtCO2/year, with a decarbonization cost of $150/tCO2 at low concentrations of 1%. Conventional amine solutions are neither effective nor economically viable below 4%.
RepAir captures CO2 from diluted point sources in aluminum smelting processes at a 1% concentration, utilizing ultra-low energy consumption. It requires just 300 kWh per ton and offers a projected levelized cost of $37 per ton at the megaton scale.
and Verification (MRV)
RepAir is developing a comprehensive MRV plan to ensure the safety and effectiveness of CO2 storage, adhering to all relevant regulations. By utilizing advanced monitoring technologies, we guarantee secure and permanent CO2 sequestration. A third-party certification body will oversee the MRV process and certify the credits, reinforcing our commitment to regulatory compliance and environmental stewardship.
Using captured carbon as a feedstock can help create a circular carbon economy, so instead of extracting new raw materials, industries can reuse carbon that has already been emitted, reducing their overall carbon footprint. With increasing transport demand, sustainable fuels are crucial for decarbonizing sectors such as aviation and maritime shipping. CO2 feedstock supply can come from RepAir’s Direct Air Capture solution that will be easily deployed at the fuel production site.
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