Imagine a giant air filter that pulls carbon dioxide right out of the sky. Instead of letting that gas warm the planet, this system cleans it and turns it into a useful resource. It's like having a small, electric CO2 factory right where you need it, removing the need for expensive delivery trucks.
Industries rely on fossil-based CO2 with volatile pricing (rising from €200 to €2,000/t) and fragile supply chains, creating a need for decentralized, sustainable CO2 production.
A Direct Air Capture system using wet absorbent fibers and a pH-swing electrochemical regeneration unit, upscaled to a 50 tCO2/year capacity.
If you are a greenhouse operator dealing with soaring liquefied CO2 prices that rose from €200 to €2,000/t—this project developed C-DAC that provides a fossil-free, on-site CO2 supply to boost plant growth.
If you are a beverage producer dealing with volatile supply chains for carbonation—this project developed a fully electric capture system that turns atmospheric CO2 into a sustainable feedstock.
If you are a fertilizer manufacturer dealing with the high cost of fossil-based CO2—this project developed a pH-swing regeneration technology that creates a circular CO2 economy on-site.
The system targets the volatility of liquefied CO2 prices, which the data notes increased from €200 to €2,000/t last year, by providing a low-cost, on-site alternative.
The project has worked on upscaling the technology to achieve a system capable of capturing 50 tCO2/year.
Yes, the project utilizes a patent-pending BPM electrodialysis pH-swing technology for CO2 regeneration.
C-DAC is described as a fully electric process, removing the dependency on fossil-based CO2 sources.
Based on available project data, C-DAC has already been demonstrated on-site at client facilities, specifically within greenhouses.
The consortium is highly lean and commercially focused, consisting of 2 SMEs from Cyprus and Ukraine. With a 100% industry ratio and no universities or research institutes, the project is driven by market application and rapid scaling rather than academic exploration.
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