Technology

A fast-swing process for lower costs

How it works

We design our sorbent for high-speed CO₂ capturing.

Step 1

Air is blown through our sorbent

Step 2

Making the CO₂ stick until the sorbent is saturated

Step 3

Heat of around 150°C is added to separate the CO₂

Step 4

Lastly the separated CO₂ is captured

Our fast-swing technology results in ultra fast sorbent saturation: in 100 seconds the material reaches 90% saturation.

3,000

m²

Surface area per gram of carrier material

Saturation in 100 seconds

ton

CO₂ per year for every kg of sorbent material

A Modular
Machine Concept

Our machines are designed to operate reliably under all outdoor conditions at very low costs. They utilize small cartridges with a capacity of 1 ton per year, which can be stacked within a frame.A frame can take various sizes, allowing for adaptability in machine dimensions.

Multiple cartridges in one reactor

Module holding multiple reactors

Modules can be stacked into a machine

Together, the machines form a plant

Key technology advantages

Our ultra-fast technology leads to compact and scalable machines. For extreme low costs.

Because of the size and technology, we reduce the cost < $50/ton CO₂.

At lower cost

In 100 seconds, we reach 90% saturation vs. the 6-hour cycles of key competitors.

Higher capacity

We produce 10x more CO₂ per year with a much smaller machine than the competition.

Compact and Modular

Customers are waiting to use the carbon we capture

Carbon dioxide from air will fundamentally transform the global energy and materials economy.

About the markets

Controlled
Environment
Agriculture

Sustainable and
Circular Fuels