geodata-info
CCS2022–2024 – CO₂ storage opportunities in Denmark
The dataset comprises geological, geophysical and modelled data related to the assessment and maturation of CO₂ storage opportunities in Denmark. The data were produced within CCS2022–2024, a GEUS project focusing on mapping and assessment of potential CO₂ storage sites in the Danish subsurface. The dataset includes analyses of reservoir properties, storage capacity, injection strategies and geological risks in Danish sedimentary basins. Data have been used to support governmental tasks, research and the development of CCS as a potential climate mitigation solution in Denmark.
Simple
Identifikation
- Titel
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CCS2022–2024 – CO₂ storage opportunities in Denmark
Offentliggørelsestidspunkt
- Dato (Publication)
- 2024-12-31
Ansvarlig myndighed og kontaktoplysninger
- Kontakt vedr. service
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Organisationsnavn E-mail adresse Rolle The Geological Survey of Denmark and Greenland (GEUS)
Point of contact
- Metadata author
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Organisationsnavn E-mail adresse Rolle The Geological Survey of Denmark and Greenland (GEUS)
Point of contact
Geografisk udstrækning
- Koordinatsystem
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ETRS 89 / UTM 32N (EPSG:25832)
Nøgleord
- Nøgleord
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Dataset
- Nøgleord
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CO₂ storage
- Nøgleord
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CCS
- Nøgleord
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Geological storage
- Nøgleord
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Reservoir
- Nøgleord
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Denmark
- Type
- Theme
- Nøgleord
- Energy and resources
- Nøgleord
- Sedimentary rocks and processes
- Type
- Theme
- Titel
- Forskningsemner
- Dato (Publication)
- 2025-11-03
- Nøgleord
- Denmark
- Type
- Place
- Titel
- Geografisk
- Dato (Publication)
- 2025-12-11
Kvalitet
- Type som metadata beskriver
- Dataset
- Beskrivelse
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The dataset has been established through integration and analysis of geological and geophysical data from GEUS national databases, including seismic data, well data and geological models. Data have been further processed through assessment and modelling of CO₂ injection and geological storage, including analyses of reservoir properties, capacity estimates, pressure build-up and potential long-term migration. The dataset has been quality assured through internal and external collaboration and used for assessment of storage potential and geological risks in the Danish subsurface.
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