Real-World CCUS Solutions on Display: Three Technical Site Visits at CCUS Conference Norway

The visits offered a look at the technologies shaping the future of Carbon Capture and Storage in Norway

Karianne Skjæveland
Communication Manager
June 16, 2025
CCUS

On June 13, participants of CCUS Conference Norway had the opportunity to explore cutting-edge carbon capture solutions through three exclusive site visits in the Stavanger region. The excursions provided valuable insight into real-world CCUS technologies, including a joint programme at Risavika Technology Park in Tananger.

One group visited GreenCap Solutions’ Direct Air Capture facility at NIBIO Særheim Research Station. The innovative system captures CO₂ directly from the atmosphere while significantly improving greenhouse conditions for plant growth and climate control.

A second group visited Forus Energigjenvinning, the region’s largest CO₂ emission point. The waste-to-energy facility showcased its ambitious plan to capture 150,000 tons of CO₂ per year by 2030. The project has received NOK 11 million in support from Enova to move forward with its development.

Both groups later met at Risavika Technology Park, where they enjoyed lunch, presentations, and a tour of the gas test center for Hydrogen and CO₂ value chains.

GreenCap Solutions offers a unique, sustainable, energy efficient and chemical free process for capturing CO₂ from ambient air. Their DAC technology is based on the adsorption concept, where air is drawn in and the CO₂ is removed using optimized solid adsorbents called zeolites.
At Forus Energigjenvinning, household and commercial waste is incinerated to produce energy. The facility has the capacity to handle 110,000 tonnes of waste from 400,000 residents per year, and aims to capture 150,000 tonnes of CO₂ by 2030.

At Risavika, Hans Kleivdal from NORCE presented the technical infrastructure at site, while Ying Guo from the same research centre presented the ambitious plans for TherMoCool - the world's first full-scale modular CO₂ demonstration flow loop, replicating real injection conditions in Stavanger.

Finally, Trym Eide from Arda Enegy presented their energy system, which is designed for local, clean, reliable and scalable energy production using biogas for production of hydrogen and CO2 capture.

All three visits offered an engaging look at the technologies shaping the future of carbon capture and storage in Norway, giving attendees direct access to the people and innovations driving Norway’s low-carbon transition.

At Risavika Technology Park, test facilities for the development of a commercial integration of hydrogen along with a local CO2 value chain, where produced CO2 and H2 can act as raw materials in local industry and research facilities, is available for national and international clients.