SLB Capturi and Aker Solutions to deliver carbon capture plant for Hafslund Celsio’s waste-to-energy facility in Norway

SLB Capturi, a joint venture between SLB and Aker Carbon Capture, in partnership with Aker Solutions, has been awarded a contract by Hafslund Celsio for the engineering, procurement, construction, installation, and commissioning (EPCIC) of a carbon capture plant at Norway’s largest waste-to-energy facility in Klemetsrud, Oslo. This project is part of Longship, the Norwegian government’s comprehensive carbon capture and storage (CCS) initiative aimed at creating a full value-chain carbon removal system to tackle industrial emissions.

Hafslund Celsio, the leading district heating provider in Norway and operator of the waste-to-energy plant, is spearheading this flagship project, which will utilise advanced modular technology to capture 350,000 metric tons of CO2 annually.

SLB Capturi and Aker Solutions are delivering Norway’s next major carbon capture plant at Hafslund Celsio’s waste-to-energy facility, advancing global decarbonisation.
SLB Capturi and Aker Solutions are delivering Norway’s next major carbon capture plant at Hafslund Celsio’s waste-to-energy facility, advancing global decarbonisation. Photo courtesy of Business Wire.

What Role Does SLB Capturi’s Modular Technology Play?

The project’s success hinges on SLB Capturi’s Just CatchEIG 400 unit, a modularised carbon capture solution designed to deliver efficiency, scalability, and cost-effectiveness. Modularisation reduces the onsite footprint, streamlines installation, and minimises outfitting work, enabling faster project execution compared to traditional approaches.

“Standardisation and modularisation play a key role in shifting the economics of carbon capture projects,” noted Egil Fagerland, CEO of SLB Capturi. He highlighted the collaboration between Hafslund Celsio, SLB Capturi, and Aker Solutions as pivotal in aligning the Just CatchEIG system with the project’s techno-economic requirements.

This innovation builds on SLB Capturi’s experience in delivering scalable solutions. Their modular plants are not only reducing carbon emissions but also enhancing the feasibility of such projects across industries that previously struggled with high costs and operational challenges associated with carbon capture.

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How Will the Captured Carbon Be Stored?

The project also includes a complete infrastructure for managing the captured carbon dioxide. Once processed by the carbon capture plant, CO2 will be liquefied and stored temporarily at the Klemetsrud site before being transported to Oslo Harbour. There, an intermediate CO2 storage and ship loading system will transfer the captured emissions to the Northern Lights storage facility on the Norwegian continental shelf, where the CO2 will be permanently stored.

This seamless integration of capture, storage, and transportation underlines the importance of a full value chain to ensure that CCS projects effectively meet emission reduction goals.

What Is Longship’s Impact on Industrial Decarbonisation?

Hafslund Celsio’s plant is the second carbon capture plant under Longship. The first is already under development at Heidelberg Materials’ cement facility in Brevik, where SLB Capturi is also delivering the capture plant in partnership with Aker Solutions. Together, these projects form the backbone of Norway’s industrial decarbonisation strategy.

Aker Solutions CEO Kjetel Digre emphasised the significance of this collaboration, stating, “This project marks an important milestone for Aker Solutions and the wider CCS industry. Our decades of experience in project execution have positioned us to deliver critical infrastructure for industrial decarbonisation in Norway and beyond.”

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This initiative exemplifies how public-private partnerships can drive innovation, with the Norwegian government’s support through Longship enabling projects like this to take shape.

What Are the Broader Applications of SLB Capturi’s Technology?

While the Hafslund Celsio plant is a key project, SLB Capturi has already demonstrated the broader potential of its modular technology. Last week, the company commissioned its first modular carbon capture plant at Twence’s waste-to-energy facility in Hengelo, Netherlands. That plant, based on the same Just CatchEIG design, will capture up to 100,000 metric tons of CO2 annually, with the captured carbon being utilised in the horticulture and food and beverage sectors.

This achievement highlights the versatility of SLB Capturi’s modular technology. From waste-to-energy facilities to cement plants, the system’s adaptability allows industries across Europe to reduce emissions effectively while meeting regulatory and sustainability goals.

Twence CEO Marc Kapteijn shared his excitement about the plant’s completion, stating, “This innovative project demonstrates the crucial role modular carbon capture technology plays in meeting net-zero targets.”

Why Is Hafslund Celsio’s Project a Landmark for Norway?

The Hafslund Celsio carbon capture project represents more than just a step forward for Norway; it sets a global precedent for how advanced technologies can be leveraged to decarbonise industries.

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“This is a significant industrial project, and collaborating with experienced partners like SLB Capturi and Aker Solutions gives us the confidence to bring it to life,” said Hafslund Celsio CEO Martin S. Lundby. He confirmed that the plant is expected to be operational by the third quarter of 2029, providing a replicable blueprint for similar projects worldwide.

As industries face increasing pressure to reduce emissions and align with net-zero goals, Hafslund Celsio’s plant demonstrates how innovative, modular solutions can overcome the traditional barriers of cost, complexity, and scale.

Looking Ahead: A Global Push for Decarbonisation

The Hafslund Celsio project is not only a win for Norway but also a signal of how countries worldwide can deploy scalable carbon capture technologies to mitigate emissions. With SLB Capturi and Aker Solutions at the helm, this project underscores the vital role of partnerships, modular design, and government support in advancing global decarbonisation efforts.

As the climate crisis continues to drive urgency around emission reduction, projects like this reaffirm the potential of CCS technologies to transform the industrial landscape and pave the way for a greener future.


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