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Brevik CCS plant hits key milestone

The Brevik project is expected to begin delivering evoZero carbon-captured cement next year.

Heidelberg Materials’ Brevik carbon capture and storage (CCS) project in Norway has reached a significant milestone with the mechanical completion of its facility. This development paves the way for the commissioning phase and positions Brevik as a global pioneer in carbon capture for cement production.

The project, part of Norway’s Longship initiative, aims to capture 400,000 tonnes of CO₂ annually—about 50% of the Brevik cement plant’s emissions. Captured CO₂ will be transported by ship to a terminal on Norway’s west coast before being piped to a permanent storage site under the North Sea.

Axel Conrads, chief technology officer at Heidelberg Materials, said: “We are very proud of this important achievement, which positions us as a leader in the global transition to a net zero economy. The project's progress is a testament to our engineering expertise and strong collaboration with our partners.”

Integrating the CCS plant with ongoing cement production required 1.2 million hours of technical work, involving up to 400 employees and external partners. The completion signifies the installation of all major components, allowing the system to move into testing.

The Brevik project is expected to begin delivering evoZero carbon-captured cement next year. It has already drawn global attention, attracting thousands of visitors to the site.

Highlighting the project's broader significance, Heidelberg Materials general manager for Northern Europe, Giv Brantenberg, said: “This landmark achievement demonstrates cutting-edge technology and the strength of industrial-governmental collaboration. Our evoZero® cement will enable customers across Europe to contribute to a more sustainable future.”

Brevik serves as a blueprint for Heidelberg Materials’ ongoing efforts, with around a dozen similar CCS projects launched worldwide. The company emphasises the importance of suitable storage sites, infrastructure, and strong public sector support to expand these technologies at scale.