Aker Carbon Capture Collaborates with SLB Capturi
Aker Carbon Capture ASA (ACC ASA) has made significant strides in the fight against climate change by partnering with SLB Capturi. Together, they have been awarded a contract to deliver a cutting-edge carbon capture solution for a waste-to-energy facility owned by Hafslund Celsio AS. This contract signifies a major step towards supporting the Norwegian government's Longship project, aimed at carbon capture and storage across the nation.
Innovative Solutions for Waste-to-Energy Facilities
The project involves the development of an engineering, procurement, construction, installation, and commissioning (EPCIC) contract that focuses on enhancing the facility's existing capabilities. Located in one of Norway's largest waste-to-energy plants, this state-of-the-art carbon capture solution is expected to significantly reduce emissions by capturing approximately 350,000 metric tons of CO2 annually upon its anticipated operational start in the near future.
Key Elements of the Carbon Capture Project
As part of the EPCIC award, the collaboration will not only focus on the construction of the carbon capture plant but also involve the installation of a liquefaction system, intermediate CO2 storage, and a ship loading facility at the harbor. This strategic approach is devised to facilitate the transportation of captured CO2 to the Northern Lights permanent storage facility, ensuring environmentally responsible waste management and sustainability.
Cost Optimization and Efficient Design
The successful contract award is partly the result of a recent cost reduction phase that highlighted numerous opportunities for operational efficiencies. One of the key innovations introduced is the Just Catch 400 unit from SLB Capturi, which integrates modularized design principles. This boosts efficiency by minimizing onsite space requirements and streamlining the entire installation process, thus contributing to a cost-effective solution.
About Aker Carbon Capture ASA
Aker Carbon Capture ASA, established as a key entity in the carbon capture industry, has been developing advanced carbon capture technologies for over two decades. Their collaboration with SLB, marked by the establishment of the joint venture SLB Capturi, signifies a significant milestone in driving industrial decarbonization efforts.
SLB Capturi's Vision and Mission
The joint venture, SLB Capturi, aims to accelerate the industrial shift towards lower carbon emissions at a global scale. With a balanced ownership structure where SLB holds an 80% stake, both companies leverage their expertise to foster innovative approaches in carbon management and sustainability.
Commitment to Sustainable Energy Solutions
Aker Solutions, another key player in this partnership, specializes in delivering integrated solutions aimed at sustainable energy production. Their commitment to low-carbon solutions complements the carbon capture initiatives spearheaded by Aker Carbon Capture and SLB Capturi.
Future Prospects and Growth Opportunities
As the world continues to grapple with climate change, the combined efforts of Aker Carbon Capture, SLB Capturi, and Aker Solutions illustrate a proactive approach towards sustainability. With anticipated operational capabilities to optimize carbon management, these companies are well-positioned for substantial growth and success in developing greener energy solutions.
Frequently Asked Questions
What is the purpose of the carbon capture project?
The carbon capture project aims to significantly reduce CO2 emissions from Hafslund Celsio's waste-to-energy facility.
Who are the key players involved in this project?
The project involves Aker Carbon Capture ASA, SLB Capturi, and Aker Solutions, working together on the EPCIC contract.
What technology will be used in the carbon capture solution?
The project will utilize SLB Capturi's innovative Just Catch 400 modular unit to enhance efficiency and reduce costs.
How much CO2 will the facility capture annually?
The facility is expected to capture around 350,000 metric tons of CO2 per year once operational.
When is the project expected to start operations?
The carbon capture plant is anticipated to become operational by the third quarter of 2029.
