Modular Projects, Global Impact

Located in Øygarden on the west coast of Norway, Project Furu is our European flagship and one of the most strategically positioned DAC projects in the world. Our modular Direct Air Capture units run on one of the cleanest and cheapest grids on earth — Norway's electricity mix is over 90% hydropower — and the captured CO₂ is permanently stored just next door, through Northern Lights, Europe's first commercial-scale open-access CO₂ storage facility.

Project Furu is developed in partnership with CCB Energy, who are turning Øygarden into a true green industrial hub and building CarbonLink, the shared aggregation infrastructure that will bundle DAC volumes into the Northern Lights pipeline. The project scales in phases on a single site: First machines are deployed in 2026 while commercial operations begin in 2029 with a capture capacity of 10,000 tons per year, scaling to over 100,000 tons per year in the years that follow.

Project Furu launches at a pivotal moment for European carbon removal. The EU's Carbon Removal Certification Framework (CRCF) has adopted its first methodologies for permanent removals, DACCS is on track for inclusion in the EU Emissions Trading System (ETS), and Sirona has applied for funding with the EU Innovation Fund. Because Norway is part of the European Economic Area, Project Furu is uniquely positioned to supply the EU compliance carbon market as it opens to DAC — a market expected to be orders of magnitude larger than today's voluntary one.

Located in Kenya’s Great Rift Valley, Project Jacaranda combines abundant renewable energy with permanent CO₂ storage in basalt rock. We capture CO₂ from the atmosphere using our modular Direct Air Capture units powered by solar and geothermal energy, and partner with Cella to safely mineralize the CO₂ underground through in-situ mineralization—a process that turns CO₂ into rocks.

In December 2024, we became the fastest DAC company in the world to deploy a pilot plant, just 22 months after Sirona’s founding. Built in partnership with EDF, the pilot runs on a co-located solar farm and demonstrates the rapid deployment enables by our plug-and-play technology. Commercial operations will begin in 2027 with a capture capacity of 2,000 tons per year, and potential to scale up to over 100,000 tons by 2030.

Beyond carbon removal, we are committed to delivering positive local impact. Our community engagement program focuses on access to clean water and technical training, working closely with local partners to ensure the project supports long-term social and environmental benefits in the region.