The main objective of NORDICCS is to boost the deployment of carbon capture and storage (CCS) in the Nordic countries by creating a durable network of excellence integrating R&D capacities and relevant industry with the purpose to:
- Provide Nordic industry-driven leadership within CCS innovation and realization
- Demonstrate how CCS can contribute to the Nordic portfolio of climate change mitigation options
- Enable the Nordic countries to join forces to become pioneers in large-scale implementation of CCS
- Multi-contextual focus to utilize Nordic differences for broad stakeholder and global relevance
- Strengthen the competitive power of the region by combining complementary capacities of the Nordic countries
Results
- NORDICCS final report
- Nordic CCS Summer School 2013 (Aug 2013)
- Nordic CO2 emissions 2009 (Nov 2012)
Assumptions and premises - WP2
- Opportunities for CCS implementation in the Nordic Countries (D1.4.1201)
- NORDICCS Consortium Day Summary (D1.1.1301) (D2)
- NORDICCS Roadmap (D1.2.1203) (D5)
- NORDICCS CCS Roadmap (D1.2.1301) Energy Procedia
- Summary Workshop Nordic CCS Roadmap (D1.4.1301)
- CO2 from Natural Gas Sweetening to Kick-Start EOR in the North Sea (D1.1.1402) Energy Procedia
Communication - WP2
- A stakeholder map forCCS communication (D2.2.1201)
- Public perceptions of CCS_Final (D9)
- Communication approach for carbon capture and storage (D.2.7.1401)
- Cases studies final (D2.9.1401)
Feasibility studies of industry cases - WP3
- Relevant CCS cases identified (D3.12.1301) (D12)
- Case synthesis-update D14 (D3.14.1501)
- NORDICCS knowledge gaps and R&D recommendations D15 (D3.15.1506)
CO2 Capture - WP4
- Nordic point source CO2 emissions (D4.1.1201)
- CO2 capture – a state-of-the art assessment (D4.1.1203)
- Nordic point source CO2 emissions (D4.1.1301)
- Nordic point source CO2 emissions (D.4.1.1401)
- Nordic CO2 emission maps (D4.1.1402)
- CO2 Capture Cases (D4.2.1501)
CO2 Transport - WP5
- Pipeline transport of CO2 mixtures: Models for transient simulation (D.5.2.1201)
- Dynamic flow of CO2 in pipelines: Sensitivity to impurities (D5.2.1301)
- Depressurisation of CO2-pipelines with volatile gas impurities: Temperature behaviour (D5.2.1302)
- Recommendation on models on modelling tools for CO2 transport (D21)
- Recommendation on CO2 transport solutions - Abstract (D20)
The Nordic CO2 Storage atlas - WP6
- Review of existing CO2 storage databases (D6.1.1201)
- Evaluation of CO2 storage potential in Skagerrak (D6.3.1203)
- Mapping and estimating the potential av CO2 in the Nordic Countries - a new project in NORDICCS (D6.1.1205)(1)
- CO2 storage potential in the Nordic region (D6.1.1205)(2)
- Overview of available data on candidate oil fields for CO2 EOR (D6.2.1302)(D24)
- Screening of basalt formations onshore Iceland (D6.2.1303)
- A first estimation of storage potential for selection of aquifer cases (D6.3.1302) (D25)
- Capacity for mineral storage of CO2 in basalt (D6.3.1303)
- Compilation of GIS-data for all Nordic countries (D6.1.1405) (D22(M))
- The Nordic CO2 storage atlas and the process of making it (D6.1.1407) (3)
- CO2 storage modelling and capacity estimates for the Trøndelag Platform ‐ a basin modelling approach (D6.1.1407) (4)
- CO2 storage potential of basaltic rocks in Iceland and the oceanic ridges (D6.1.1407) (5)
- CO2 storage modelling and capacity (D6.1.1407)(6)
- Towards maximum utilization of CO2 storage resources (D6.1.1407 )(7)
- CO2 storage potential of basaltic rocks in Iceland and the oceanic ridges (D6.1.1407)(8)
- Screening for CO2 storage sites in Southeast North Sea and Southwest Baltic sea (D6.1.14007)(9)
- Characterisation and selection of the most prospective CO2 storage sites in the Nordic region (D6.1.1407)(10)
- Joint Nordic CCS research in NORDICCS ‐ The Nordic CCS Competence Centre (D6.1.7.1407) (2)
- CO2 storage atlas for Sweden ‐ a contribution to the Nordic Competence, Centre for CCS, NORDICCS (D6.1.7.1407) (1)
- Modelling of well patterns "Towards a maximum utilisation of CO2 storage resources"(D6.2.1402)
- Updated estimate of storage capacity and evaluation of seal for selected aquifers (D6.3.1401) (D26)
- Assessment of reservoir modelling and natural analogue study of the CarbFix site (D6.3.1402)
- Selection of the 20 best CO2 storage sites in the Nordic Region (AD 6.1401)
- Simulating injection of CO2 into basaltic rocks (AD 6.1404)
- Updated version of "Definition of storage concepts and terms" (D6.1.1503)
Management and Dissemination - WP0
- Newsletters from NORDICCS (D44, D45, D46, D47, extras) – on webpage
Research Partners
- VTT Technical Research Centre of Finland
- Chalmers University of Technology
- IVL Swedish Environmental Research Institute
- Geological Survey of Sweden (SGU)
- GEUS
- University of Iceland
- SINTEF Petroleum Research
- Norwegian University of Science and Technology (NTNU)
- Tel-Tek
- University of Oslo
- SINTEF Energy Research (Host institution)
User/industry Partners
- Reykjavik Energy
- Statoil Petroleum AS
- Gassco
- Norcem AS
- Vattenfall AB
- CO2 Technology Centre Mongstad – TCM DA
Operating under the Top-level Research Initiative (TRI)
NORDICCS is the Nordic CCS platform involving the major CCS stakeholders in the five Nordic countries. NORDICCS is financed by Nordic Innovation and the partners themselves,
