WHERE MATTERS!
Any competitive DAC solution needs to be located in an ideal climate, near a storage site,
with a clean cheap abundant energy source
Ours is designed to do just that
PRIME TERRITORY FOR UNLIMITED SCALABILITY
The frozen dry windswept regions of the Far North provide:
- Cold climates for efficient CO2 separation
- Unparalleled winds for renewable energy, with no other demands for the land
- Ideal storage locations
We’ve developed a pioneering DAC that
works best where others are frozen out
The most energy efficient way to remove CO2
We’re leveraging the laws of thermodynamics that tell us low temperatures deliver high energy efficiency. Our patented technology is the only DAC designed to operate in very cold dry conditions
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Our 5 step process will have operating energies as low as 1 MWh / CO2, thanks to operating in cold dry conditions. This is 50-25% less energy than other major DACs*
Secure and safe material supply
At the heart of our process are our proprietary zeolite minerals. We use zeolites which are inexpensive and industrially available, thereby securing our supply chain and providing many other advantages for our DAC process
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Low CapEx
advantage
DAC technologies typically need 9-22 unit operations to capture and concentrate CO2
Our process needs only 5 unit operations – significantly reducing our CapEx
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Benefits for
Carbon Buyers
SUPPORTING COMMUNITIES ON THE FRONTLINES OF CLIMATE CHANGE
Overturning an unfair climate disadvantage
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Creating a pathway to net zero
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Harnessesing an underutilized renewable energy source
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New employment opportunities
Read More >FAQ
1. Why does your DAC work so well in the cold?
+According to the 2nd law of thermodynamics, the work (energy) required to separate gases decreases as temperature decreases. Therefore, separating CO2 from cold air requires less energy than from warm air.
2. Do you use chemicals in your process?
+No we use Zeolite minerals, which are highly porous materials that physically bind to CO2 to capture it. They can be reused continuously to capture carbon for over 20 years. Zeolites are industrially available at scale today.
3. What price is your DAC?
+In 2024, our high quality carbon dioxide removals sold for USD $1025 per tonne.
We expect the cost to drop below $500/tonne by 2035, and to $100/tonne at scale.
4. How does your DAC affect its surroundings?
+Our DAC will have a positive effect on Far North communities. Our systems use no toxic chemicals and are built on remote land that is not competing for other use. By creating demand for clean energy to run our DAC, we are also enabling wind farms to be developed via our expert energy partners, in locations that were not previously economically viable. This means high quality jobs are being brought to the region and we are supporting the clean energy transition for these remote communities.
5. What stage of scaling are you at?
+We have established partners for materials, renewable energy and CO2 storage. After closing a $1.6M seed round, we have signed a $10M contract with renewable energy partner TUGLIQ.
In 2026 we will open our first plant. This project is backed by the local community and funded by the Canadian government, angel investors, industry, and carbon removal credit sales purchased by companies like Klarna Bank, WRLD Foundation, and the MaRS Discovery district.