Why is the NCS2030 critical for Norway’s energy security?

Its primary goal is to drive scientific and technological advancements to facilitate the energy-efficient, multi-purpose utilization of the subsurface, contributing to a “Sustainable Subsurface Value Chain” and achieving net-zero emission goals. 

Key Focus Areas

1. Subsurface Energy Systems: Researching and developing methods for efficient hydrocarbon production, hydrogen and CO₂ storage, and geothermal energy utilization. 
2. Net-Zero Emission Production: Innovating processes to reduce emissions in energy production. 
3. Digitalisation: Leveraging digital technologies to improve decision-making and operational efficiency. 
4. Society: Addressing the societal impacts and policy implications of subsurface energy utilization. 
5. Collaborative Efforts: NCS2030 collaborates with several research and industry partners, including NORCE, IFE, and the University of Bergen. These partnerships enhance the center’s ability to tackle complex challenges and drive innovation. 
6. Education and Outreach: The centre also focuses on education and outreach, offering master’s thesis projects, PhD opportunities, and regular webinars to disseminate research findings and engage with the broader community. 

NCS2030 is highly regarded for its contributions to sustainable subsurface utilization and energy transition. Here are some reasons why it is considered a good centre: 

• Innovative research: NCS2030 focuses on cutting-edge research in areas such as subsurface energy systems, net-zero emission production, and digitalization. This helps in advancing knowledge and technology for sustainable energy solutions. 
• Strong collaborations: The centre collaborates with several prestigious institutions, including NORCE, IFE, and the University of Bergen, as well as numerous industry partners. These collaborations enhance the quality and impact of its research. 
• Holistic approach: NCS2030 adopts a holistic approach to energy-efficient subsurface utilization, aiming to create a sustainable value chain from start to finish. This includes both the extraction of new resources and the storage of CO₂ and hydrogen. 
• Educational impact: The centre is committed to education and outreach, offering opportunities for master’s and PhD students, and hosting regular webinars to disseminate research findings. 
• Recognition and funding: NCS2030 has received significant funding from the Norwegian Research Council and industry partners, which is a testament to its credibility and the importance of its work. 

Overall, NCS2030 is well-positioned to make substantial contributions to sustainable energy and subsurface utilization.