Displaying items by tag: Norway

Europe: Capsol Technologies has signed a rental agreement with a large European cement producer for a six-month CapsolGo carbon capture and liquefaction demonstration campaign at a cement plant. Delivery and testing of the unit are scheduled for the first quarter of 2026. The turnkey project will include installation, operation and testing to generate operational data supporting the producer’s future carbon capture and storage investment decisions. The campaign follows a previously completed CapsolEoP feasibility study.

CEO Wendy Lam said “We're proud to support the European cement producer on its path toward decarbonisation and to demonstrate how our carbon capture solution can deliver efficient, cost-effective emissions reductions in hard-to-abate sectors. During the carbon capture and liquefaction process, we will perform an extensive gas and liquid analysis to support the producer's CCS investment decisions in what will be our fourth demonstration campaign for the cement industry.”

Europe: Germany-based Heidelberg Materials has begun deliveries of EvoZero carbon-captured cement to customers across Europe. Subsidiary Heidelberg Materials Northern Europe produces EvoZero cement at its net-zero Brevik cement plant in Norway. Early adopters to purchase the product include Sweden-based Skanska for its construction of the Skøyen metro station in Oslo, Norway.

Heidelberg Materials launched a 400,000t/yr, 50% carbon capture and storage (CCS) plant at the Brevik plant on 18 June 2025. The plant’s capture and storage data are verified by certification organisation DNV Business Assurance Germany and digitally recorded in Heidelberg Materials' proprietary Carbon Bank.

CEO Dr Dominik von Achten said "I am proud and pleased that the entire process chain is now in place and that our CCS plant in Brevik is now directly contributing to the reduction of CO₂ emissions in construction. EvoZero is proof of our commitment to driving real measurable decarbonisation and leading the transformation of the construction industry."

Germany/Norway: Heidelberg Materials will supply its EvoBuild 3D printing concrete for use in property developer KrausGruppe’s DreiHaus residential construction project in Heidelberg, Baden-Württemberg. PERI 3D Construction and Korte-Hoffmann Gebäudedruck will execute the project, which consists of three three-storey tower blocks.

Heidelberg Materials says that it will supply a concrete blend featuring its EvoZero carbon-captured cement for the third tower block, the first application of the product in Germany. Subsidiary Heidelberg Materials Northern Europe produces EvoZero cement at its net-zero Brevik cement plant in Norway.

Norway/Germany: Heidelberg Materials has officially launched its evoZero product, which the company claims to be the world's first ‘carbon-captured cement,’ to customers across Europe. evoZero is a globally unique product, made possible by carbon capture technology at Heidelberg Materials' CCS plant in Brevik, Norway. The product comes with a uniquely low Global Warming Potential, delivered via a process that is now fully third-party verified by DNV Business Assurance Germany and digitally traceable to ensure seamless transparency.

One of the very first deliveries of evoZero was to the construction of the new Skøyen Station in Oslo, Norway. Another early project for evoZero is the DREIHAUS 3D-printing project, with a total of three houses currently being developed in Heidelberg, Germany. Compared to traditional construction methods, the 3D printing process enables significantly reduced material consumption through optimised design, further reducing CO₂ emissions.
Dominik von Achten, CEO of Heidelberg Materials, said "I am proud and excited to announce that the entire process chain is now established and our Brevik CCS facility is directly contributing to the reduction of carbon emissions in the built environment. evoZero stands as proof of Heidelberg Materials' commitment to real, measurable decarbonisation and our ambition to lead the transformation of construction.”

Vietnam: Industry leaders have argued that co-processing of non-recyclable plastic waste in cement kilns could be a scalable solution to advance Vietnam’s sustainability and circular economy goals. At a workshop held in Hanoi on 2 October 2025, the Norwegian Foundation for Scientific and Industrial Research (SINTEF) and the Royal Norwegian Embassy, in partnership with the Vietnam National Cement Association (VNCA), concluded the OPTOCE Project (‘Ocean Plastic Turned into an Opportunity in Circular Economy’), funded by the Norwegian government.

Norwegian Ambassador to Vietnam Hilde Solbakken said “Combating marine plastics and climate change is a top priority for Norway – both globally and in Vietnam. Through OPTOCE, we’ve seen how science-based solutions like co-processing can transform plastic waste into a resource that benefits the climate, the economy and communities.”

OPTOCE was originally launched as a regional initiative in five countries, including Vietnam, and later expanded to eight countries across Asia. The workshop featured several presentations and a panel discussion focusing on the legal framework, potential waste supplies, and the practices and challenges in implementing co-processing in Vietnam.

Dr Kåre Helge Karstensen, chief scientist and programme manager of OPTOCE, added that the initiative has proven co-processing to be both technically feasible and environmentally sound. “The next step is to move beyond pilots and integrate this solution into national policy frameworks to drive systemic change,” he said.

Dr Lương Đức Long, VNCA vice president, said Vietnam’s cement industry is already applying co-processing successfully. “Co-processing waste in cement kilns is a safe and effective solution. We hope the government introduces specific policies and incentives that support enterprises and technology transfer. If we join forces, co-processing will turn wastes into ‘black gold’ and cement factories into ideal co-processing hubs,” he said.

Vietnam’s cement plants, including INSEE’s Hon Chong facility in Kien Giang and Lam Thach Green Cement (QNC)’s plant in the north, have piloted this approach since 2021, achieving thermal substitution rates of 35–40%.

Norway: TotalEnergies, Equinor and Shell have announced that the first CO₂ volumes were transported by ship from Heidelberg Materials’ Brevik cement plant to Northern Lights’ Øygarden facilities. They were then injected 2600m under the seabed, 100km off the coast of western Norway. Phase one of the project has a storage capacity of 1.5Mt/yr. A second phase, approved in March 2025, will expand capacity to more than 5Mt/yr from 2028.

TotalEnergies’ senior vice president of carbon neutrality Arnaud Le Foll said “With the start of operations of Northern Lights, we are entering a new phase for the CCS industry in Europe. This industry now moves to reality, offering hard-to-abate sectors a credible and tangible way to reduce CO₂ emissions.”

Norway: thyssenkrupp Polysius will supply the kiln system for SMA Mineral’s quicklime plant, designed to operate without CO₂ emissions using SaltX’s electric calcination technology. The pilot facility is scheduled for completion in 2027, and will produce 40,000t/yr of quicklime. The project has received €24m in funding from Norwegian state enterprise Enova.

thyssenkrupp Polysius CEO Christian Myland said “We are proud to contribute to this landmark project that sets a new standard for sustainable lime production. Our collaboration with SMA Mineral and SaltX Technology demonstrates how industrial partnerships can accelerate the transition to net-zero emissions. This project is a testament to our commitment to engineering solutions that drive decarbonisation.”

The partnership between SaltX Technology and thyssenkrupp Polysius follows the signing of a Letter of Intent in February 2025.

UK/Norway: UK-based marine carbon capture firm Seabound has launched an onboard carbon capture project in partnership with Hartmann Group, InterMaritime Group and Heidelberg Materials Northern Europe. The solution equips the UBC Cork, a 5700 gross tonne cement carrier, with Seabound’s calcium looping carbon capture system. This system captures up to 95% of CO₂ and 98% of sulphur emissions from the ship’s exhaust using calcium hydroxide to absorb the CO₂ and convert it into limestone that is stored onboard until returning to port. The captured carbon will be offloaded at the Port of Brevik for use at Heidelberg Materials’ Brevik cement plant, host of the first industrial-scale carbon capture facility in the cement sector.

The project is co-funded by the Eurostars partnership on Innovative SMEs, part of Horizon Europe through the Cyprus Research and Innovation Foundation. This funding supports collaborative research and development projects in a range of industries, including maritime transport.

CEO of Seabound Alisha Fredriksson said “We’re proud to partner with industry leaders like Heidelberg Materials and Hartmann to deliver scalable carbon capture solutions. We’re especially excited to be advancing this work in Brevik, a strategic location that’s rapidly establishing itself as a global hub for CCS with Heidelberg’s world-first facility and the Northern Lights pick up point. Together, we’re demonstrating how onboard carbon capture can accelerate emissions reductions in carbon-intensive sectors.”

Lars Erik Marcussen, Logistics project manager at Heidelberg Materials Northern Europe, said “Shipping cement is emissions-intensive, and Seabound’s system gives us a clear path to reduce those Scope 3 emissions while enhancing our circular use of captured CO₂. This project also brings us one step closer to decarbonising the logistics/transport part of our operations.”

They’ve done it! Best wishes are due to the Heidelberg Materials Norcem Brevik cement plant and everyone else involved. Today it has officially inaugurated its carbon capture and storage unit. The world’s first full-scale carbon capture facility in the cement industry is live.

The launch of the Longship project has been a two-day affair in Norway hosted by the Norwegian Ministry of Energy, Heidelberg Materials, Northern Lights and other stakeholders. Tuesday 17 June 2025 saw assorted speakers across government and industry, including Heidelberg Materials’ CEO Dominik von Achten, talk about net zero, carbon capture, CO₂ markets and more at the Norwegian National Opera & Ballet in Oslo. Then the event moved to the Brevik cement plant, today on Wednesday 18 June 2025, to inaugurate the project led by HRH Crown Prince Haakon of Norway. Our editorial director Robert McCaffrey has been in attendance and a full write-up will be available in the September 2025 issue of Global Cement Magazine.

Completing the CCS project at Brevik is undeniably a major achievement. Heidelberg Materials in Norway started seriously thinking about carbon capture in the 2000s and then tested four different potential carbon capture technologies at Brevik in the 2010s. A feasibility study, concept study and a FEED study followed for the use of an amine technology approach. A full-scale capture unit on one of the plant’s two production lines was then approved for funding partly by the Norwegian government in late 2020. Technically this is a gross simplification because the project team at Brevik have worked through the technical challenges of connecting a cement production environment to a petrochemical one. 400,00t/yr of CO₂ has started to be captured at Brevik and transported by ship, as part of the Northern Lights project, for sequestration under the North Sea. Heidelberg Materials then intends to sell a net-zero cement product via carbon capture around Europe called EvoZero using a carbon accounting system to manage it. When Global Cement asked about plans for EvoZero, Von Achten said production of the product is fully sold-out for 2025. “Customers are not the issue,” said von Achten. “Property developers and architects are leading the discussion on the use of EvoZero.” The age of commercially-available cement made using carbon capture has begun.

The Norwegian government estimates that the entire Longship project will cost around Euro2.6bn with Euro1.8bn attributable to the state. The original white paper proposed to the Norwegian parliament estimated that the Norcem project would cost just under Euro400m for construction and 10-years of operation. 84% of this would be paid for by state aid. Northern Lights, the CO₂ transport and storage part of Longship, had an estimated cost of Euro1.2bn, with 73% of this funding attributable to the state. Heidelberg Materials acknowledged the scale of the government grant funding it received in its 2024 financial report. It received Euro110m in government grants in 2024 with Euro77m for the Brevik project and a further Euro21m for a carbon capture, utilisation and storage project in Edmonton, Canada.

As discussed recently in Global Cement Weekly in response to the US government cutting funding for cement carbon capture projects, net zero is a deeply political issue because governments either have to pay for it directly, set-up incentives such as carbon taxes to encourage society to pay for it or ignore it and cope with the consequences. European policy is encouraging these projects so far. However, this is not necessarily the case elsewhere in the world. And governments can change their minds. The rough figures shown above about the cost of Brevik’s carbon capture unit and the costs of moving the CO₂ onwards show how expensive this is.

From here it’s all about building experience on how running an industrial-scale carbon capture operation actually works in the cement sector year in, year out. This will be an exercise across multiple disciplines including engineering, the logistics of CO₂ transportation and sequestration, dealing with state-level partners on a long-term basis and more besides. Many more cement sector carbon capture projects are following in Europe. They will all be eager to learn from the first one in Norway, from both the good and the bad. We will leave the last word to Von Achten from today’s inauguration, "Personally I love the collaboration part of it because this is a masterpiece of national, European, in fact, global collaboration… These days this is important."

Norway: Heidelberg Materials CEO Dominik von Achten and Crown Prince Haakon of Norway have inaugurated the new carbon capture and storage (CCS) unit at the Brevik cement plant. The event was attended by 320 guests, inxluding Norwegian energy minister Terje Aasland. Von Achten said the producer’s ‘zero-CO₂’ cement, evoZero, is fully sold out for 2025. The Brevik CCS unit will capture 400,000t/yr of CO₂, equivalent to 50% of the plant's emissions. The first CO₂ has already been successfully captured, liquefied and temporarily stored, with injection into subsea reservoirs scheduled for August 2025. 

Von Achten said “Personally, I love the collaboration part of it because this is a masterpiece of global, national, European, in fact, global collaboration. Without the Norwegian government support we would probably not alone have a part in this project. The Norwegian government has significantly de-risked the project for us. That's why we are standing here today and celebrating this important milestone.”

He added “We can’t expect governments to finance these projects for the coming decades – it must work commercially. We have a physical product from Brevik that we will be delivering to Oslo and to other parts of Norway. We also have a virtual product, which will be like a purchase of a renewable energy contract, so that we can virtually allocate evoZero to Paris, to Berlin, to wherever it is needed.”

Von Achten said “The CO₂ concentration in our flue gas – at 20% – is much higher than in the atmosphere, so we have a huge technology and commercial advantage over direct air capture (DAC) approaches. I would say that our evoZero product brings significant commercial advantages to our customers.”

Yara International CEO Svein Tore Holsether said “There will be no green transition with red numbers.”

Energy minister Terje Aasland said Norway has been safely sequestering CO₂ in the Sleipner oil-field since 1996 and that storage is safe and permanent.