Sustainable energy consultancy leads the way in carbon storage solutions
Norway, renowned for its innovative approaches to sustainability and environmental stewardship, is emerging as a global leader in carbon storage solutions. As a sustainable energy consultancy with extensive experience in the oil and gas industry, we aim to lead the way in carbon storage (CCS) solutions.
One of the key factors driving Norway’s success in CO2 storage field is its well-established offshore industry infrastructure, which can be repurposed for carbon storage. This infrastructure, including pipelines and storage facilities, provides a solid foundation for scaling up CCS projects efficiently and cost-effectively.
Norwegian companies, supported by the government’s incentives and regulatory frameworks, are actively involved in research, development, and deployment of CCS technologies. Equipped with cutting-edge expertise in subsurface engineering, geology, and project management, these companies are pioneering innovative solutions to capture and safely store carbon dioxide emissions.
The Northern Lights project, a collaboration between Equinor, Shell, and TotalEnergies, stands out as a prime example of Norwegian leadership in CCS. This project aims to establish a full-scale CCS value chain, capturing CO2 emissions from industrial facilities in Europe and transporting them for permanent storage beneath the North Sea seabed.
In addition to technological advancements, Norway’s commitment to international collaboration and knowledge-sharing further strengthens its position in the global CCS landscape. Norwegian experts actively participate in international forums, research initiatives, and partnerships to accelerate the development and deployment of CCS solutions worldwide.
CCS Webinar – Showcasing Norwegian competence on CO2 storage
By reducing CO2 emissions in the atmosphere through capture during industrial production, air capture, or in energy plants, CCS contributes significantly to global efforts aimed at limiting temperature rise. The quickest path to CCS utilization involves repurposing old wells and infrastructure for the geological storage of CO2. Alternative approach – developing new storage sites – is resource-intensive and costly but offers a strong effect on large-scale storage in the long term.
We are proud to collaborate with academia and other industry leaders in a LinCCS research program exploring possibilities to drive the cost of CCS down and eliminate barriers for establishing more storage sites close to the heaviest carbon emitters.
Join us for a webinar which will be introducing Norway’s expertise in Carbon Capture and CO2 Storage (CCS). With over 50 CCS projects in our portfolio worldwide, we’re perfectly positioned to share our insights and knowledge in this crucial field.
Discover how Norway leads the way in CCS technology and learn from our extensive experience.
Our experience
AGR executes smooth abandonment operation at Australian CO2 appraisal well
19.04.2020
Read more
Co-development of a CO2 capture and storage CCS hub
27.09.2022
Read more
Digital Large Scale Aquifer Models Help Improve Hydrocarbon Production Strategies
21.09.2023
Read more
Expert due diligence of CO2 storage site leads to next step at world’s first total Blue Hydrogen supply chain project
26.09.2023
Read more
Feasibility study assesses suitability of injection wells for CCS project in the Asia Pacific region
26.09.2023
Read more
Feasibility study reducing carbon emissions through CO2 injection and storage
27.05.2023
Read more
Independent subsurface assessment of Northern Lights: Europe’s premier CCS facility for CO2 storage
06.12.2023
Read more
Advancing CCS for Australia - AGR drills Australia's first offshore CO2 appraisal well
12.04.2020
Read more
AGR deploys expert engineering team for major decommissioning campaign
25.10.2021
Read more
Decommissioning Ireland's first indigenous gas field
22.11.2021
Read more
Deep Geothermal Wells: Technical and Commercial Feasibility Study
27.10.2022
Read more
Drilling engineering software improves geothermal drilling time and cost estimation
18.11.2023
Read more
Hydrogen demonstration plant: fire and explosion analysis
27.07.2023
Read more
Mechanical Earth modelling helps unlock geothermal energy potential
02.02.2024
Read more
Probabilistic planning improves the stakeholders’ ability to assess risk and reward in geothermal drilling
08.09.2021
Read more
AGR completes seven well abandonment campaign for Sinopec Oil and Gas Australia
11.12.2015
Read more
Probabilistic planning enables the most optimum rig selection for abandonment campaign of Puffin field
25.08.2016
Read more
Probabilistic planning achieves radical improvements in evaluating well abandonment methodologies
25.08.2021
Read more
AGR develops perforation strategy for injecting CO2 into saline aquifer
25.10.2015
Read more