EU awards $249 million to Aker BP and Höegh Evi for large-scale Atlas CCS project in Norway
The European Union has awarded €223 million — roughly $249 million — to Norwegian energy company Aker BP and shipping firm Höegh Evi to advance the Atlas carbon capture and storage project. The grant, drawn from the EU Innovation Fund, will support a large-scale CCS network designed to permanently store industrial CO2 emissions beneath the Norwegian Continental Shelf.
EU grants €223 million ($249 million) to Atlas CCS project
The money comes from the EU Innovation Fund, one of the largest programs in the world financing innovative low-carbon technologies. Aker BP and Höegh Evi announced the award in a joint release, confirming the grant goes toward developing the Atlas carbon capture and storage project in Norway.
Atlas also picked up a significant designation ahead of this announcement. In April 2026, the EU formally recognized it as a Project of Mutual Interest — a status that signals strategic importance to European energy and climate goals and typically helps unlock institutional support.
CO2 gets collected at export hubs near industrial centers across Europe, then dedicated carriers move it by sea to the Atlas storage site in the Norwegian North Sea.
Why Atlas was selected for EU support
The EU Innovation Fund targets projects with serious greenhouse gas reduction potential, and Atlas fits that profile closely. It’s designed as a cross-border network linking industrial CO2 emitters across Europe with permanent offshore storage — a model that goes further than most national CCS projects attempt.
Its integrated design is a big part of the appeal. Atlas combines regional CO2 aggregation, maritime transport, and subsea storage infrastructure into one coordinated system, tackling one of the core challenges in industrial decarbonization: getting CO2 from where it’s produced to where it can be safely stored. Europe’s industrial sector generates enormous volumes of CO2, and there’s growing recognition that fragmented storage projects won’t cut it. Atlas is built to handle that volume and grow as demand increases.
How the Atlas CCS network will operate
The process starts on land. CO2 gets collected at export hubs near industrial centers across Europe, then dedicated carriers move it by sea to the Atlas storage site in the Norwegian North Sea.
Once the CO2 arrives, it gets injected through subsea infrastructure into a saline aquifer sitting more than 2,000 meters below the seabed — deep enough to keep it permanently isolated from the atmosphere. The storage site falls within the EXL011 license, operated by Aker BP. Ownership is split between two companies: Aker BP holds an 80% interest, while ORLEN Upstream Norway holds the remaining 20%.
The maritime transport piece is where Höegh Evi comes in. The company specializes in this kind of shipping, and its role in Atlas centers on moving CO2 safely and efficiently between export hubs and the storage site.
Projected capacity and project timeline
Atlas is designed to store up to 6 million metric tonnes of CO2 per year — a substantial figure on its own, but the project is built with room to grow. According to the companies, expansion beyond 10 million metric tonnes per year is possible as market demand develops.
The timeline is clearly defined, with a final investment decision targeted for 2028. If that milestone hits on schedule, first CO2 injection is planned for 2031 — roughly five years from development to operation. Those dates matter for European industry. Companies under pressure to cut their carbon footprints need to know storage infrastructure will actually be available, and when.
CCS in Norway and the broader European context
Norway’s Continental Shelf already hosts established CCS activity. The country’s Longship initiative, backed by the Norwegian government, has been one of the most prominent CCS efforts in Europe and helped establish the region as a viable destination for permanent CO2 storage. Atlas builds on that foundation while operating at a larger and more explicitly cross-border scale.
Demand for permanent CO2 storage has been growing steadily across Europe. Industrial sectors — steel, cement, chemicals — face increasing regulatory pressure to cut emissions, and many have limited options beyond carbon capture. That’s driving investment in large-scale infrastructure. The EU Innovation Fund plays a direct role in making projects like Atlas financially viable: by providing substantial grant funding, it reduces risk for private investors and helps move proposals from concept to construction.
What the Atlas award means in summary
The EU Innovation Fund grant to Aker BP and Höegh Evi puts one of Europe’s most ambitious CCS proposals on firmer financial footing. Atlas is designed to store up to 6 million metric tonnes of CO2 annually — with expansion potential beyond 10 million — by linking industrial emitters across Europe to a permanent storage site deep beneath the Norwegian North Sea.
With a Project of Mutual Interest designation secured in April 2026, a final investment decision targeted for 2028, and first injection planned for 2031, Atlas now has both the institutional recognition and partial funding to move meaningfully forward. Whether it hits those milestones on schedule will be worth watching closely.
Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.
