Our Technology

Our Technology

What is direct air capture?Why do we need DAC?The KORALL method

What is direct air capture?

A diagram of the direct air carbon capture process.

Carbon Capture and Storage is a method aimed at mitigating carbon emissions by capturing the carbon dioxide and securely storing it underground. preventing its contribution to climate change, or utilizing it to new objects. This process can be applied to capture CO2 from significant emission sources or directly from the atmosphere. We are creating a particular form of carbon capture called Direct Air Capture (DAC) where it is possible to collect CO2 directly from the atmosphere to reduce the CO2 that we are experiencing in the atmosphere right now as well as addressing the historical CO2 emissions already present in the atmosphere.

Direct Air Capture is thus a technology capable of extracting CO2 directly from the atmosphere at any location. The captured CO2 can either be subsequently stored in deep geological formations or utilized for various purposes.

One of the primary benefits with DAC compared to other Carbon Capture technologies is that it can be implemented nearly anywhere on Earth. Since the technology solely captures carbon dioxide from the atmosphere, the only prerequisite is access to air. This flexibility allows for closeness to renewable energy sources and the desired storage location. Consequently, it minimizes the need for extensive transportation, enhancing the overall efficiency of the process.

Why do we need DAC?

By capturing carbon dioxide, we aim to help companies and countries meet their climate goals. Our technology streamlines the industrial sector's climate transition, addressing one-third of Sweden's total emissions. This transition is complex, and our technology facilitates it through climate compensation, or carbon removal credits. This approach enables companies to invest in DAC (Direct Air Capture) to "neutralize" emissions actively.

While criticized, carbon credits can be a bridge for companies navigating the transition period, especially considering the tight timeframe and ambitious climate targets. It's evident that reducing emissions alone won't suffice; we must also manage existing atmospheric carbon dioxide, highlighting the crucial role of carbon capture methods in this transition.

The KORALL method

For centuries, people have been releasing CO2 into the atmosphere, a longstanding practice with significant environmental consequences. KORALL offers a product in the form of a chemical blend that actively captures carbon dioxide as soon as it comes into contact with the air.

KORALL´s process

A flowchart of Koralls Direct air carbon capture process.Direct Air Capture flowchart

When we have the captured pure carbon dioxide, we have two options: either bury it underground, where it can mineralize in the bedrock and prevent it from returning to the atmosphere, or transform the captured carbon dioxide into new, greener products.

Once the carbon dioxide is captured, and the solution becomes saturated, we need to separate the CO2 from the liquid to reuse the raw materials and manage the carbon dioxide. We effectively separate the raw materials from the carbon dioxide, reuse the raw materials in the process, and transport the carbon dioxide away.

Our Technology

What is direct air capture?Why do we need DAC?The KORALL method