CO2 Capture and Offshore Storage Process

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Our process is designed to operate continuously for 20-30 years, significantly reducing atmospheric CO2 levels. The entire operation is supported by renewable energy sources like wind turbines and is depicted against the scenic backdrop of Nordic landscapes. Dive into our visual story to learn more about this critical environmental technology.

CO2 Capture and Pipeline

Large industrial sources, such as cement plants and power plants, are equipped with advanced CO2 capture technology. The captured CO2 is transported via a high-capacity pipeline to the shore.

At the shoreline terminal, the LCO2 is transferred to specialised tankers using robust LCO2 transfer hoses. This step ensures the CO2 is securely loaded onto the tanker for its journey to the offshore storage site.

Tanker Voyage

The fully loaded tanker embarks on its voyage to a floating hub located offshore. This hub is strategically positioned above the storage well, ready to receive the CO2.​​​​​

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Offloading at Floating Hub

Upon arrival at the floating hub, the tanker offloads its cargo of LCO2 using a marine hose transfer system. Once the offloading is complete, the tanker returns empty to the shore to pick up more CO2, ensuring a continuous cycle of capture and storage.​​​​​​

Subsea Storage

The floating hub pumps the CO2 subsea into the storage well or aquifer through high-pressure CO2 transfer hoses. This process is planned to continue for 20-30 years until the storage well is filled, ensuring a long-term solution for CO2 storage.

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