Norway has launched the world’s first commercial carbon storage service, successfully injecting CO2 beneath the North Sea seabed. The Northern Lights consortium, led by Equinor, Shell, and TotalEnergies, operates this groundbreaking project. Their goal is to capture CO2 from factories across Europe and store it underground, stopping harmful emissions from entering the atmosphere. This step marks a new chapter in fighting climate change by reducing industrial carbon footprints.
Captured CO2 is liquefied and shipped to Norway’s Oygarden terminal near Bergen on the west coast. From there, it moves into large tanks before traveling through a 110-kilometer pipeline. It is injected about 2.6 kilometers beneath the seabed for permanent storage in a geological reservoir. The first injection came from a German cement plant in Brevik, marking a key milestone for carbon capture and storage (CCS) technology.
CCS is recognized by the UN’s IPCC and the International Energy Agency as a vital tool to lower emissions, especially for hard-to-decarbonize industries like cement and steel. Despite its potential, CCS remains costly and complex. Currently, it’s often cheaper for companies to buy pollution permits than to invest in capturing and storing CO2, limiting widespread adoption.
Northern Lights has secured three commercial contracts so far, including partnerships with a Dutch ammonia plant, Danish biofuel plants, and a Swedish thermal power plant. The project is largely funded by the Norwegian government, with an annual storage capacity of 1.5 million tonnes of CO2. This capacity is expected to grow to five million tonnes by 2030, offering hope for scaling up carbon storage solutions.
In conclusion, Norway’s Northern Lights project pioneers a promising method to fight climate change. By safely locking away industrial CO2 beneath the sea, it offers a practical way to cut emissions. As the technology improves and expands, it could play a crucial role in global carbon reduction efforts. The world will be watching to see how this “CO2 graveyard” shapes the future of clean energy.