Low CAPEX and Low Opex solution

Using the same technology for DACCS and CCUS

It doesn’t matter if the CO2 comes from the atmosphere or from a point source – using our semi solid sorbents we can absorb this greenhouse gas and turn it into carbonate to be used in building materials

DACCS – Direct Air Carbon Capture and Storage

CCUS – Carbon Capture, Utilization, Storage

carbon capture will have to be used to reduce emissions from hard to abate industry even in the future

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Semi Solid sorbents technology

In this technology there is no need to regenerate the sorbent by applying costly heat

The sorbents are sodium based

three sorbents developed with seperate process for every one

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Validation

The basic chemistry is well known :

2NaOH + CO2 => Na2CO3 + H2O

The real innovation is how to make a semi solid sorbent with high surface area so it can be safe to use and react with co2 effectively

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Valuble products

These colorful bricks contain the carbonate, making them low carbon bricks while reducing the amount of concrete

Here is how it looks in a special sample brick that was made to show the carbonate inside

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Monitoring

Monitoring is done by using microcontroller and CO2, temperature, humidity sensor that transfers the data to the cloud

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Previous prototypes

Eight carbon dioxide removal prototype machines have already been built and operated in the outside enviroment

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Latest update : Running Pilot

Since 16/11/2025 the new model 9 is working in a warehouse that was rented and sending data to the cloud from the machine while removing CO2 from the air

For the current sorbent material used in model 9 – most of the carbonate is processed with reactant to form the new sorbent so only the excess carbonate goes toward the making of the building products.

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We need to think outside the box to find better solutions