AndreaBozzo/ceres-open-data-index huggingface dataset:
UKCS offshore infrastructure surface points removed (ED50)

<p>NSTA Infrastructure Data is a set of data reported to the NSTA by relevant persons pursuant to Section 34 of the 2016 Energy Act. The data represents physical structures and facilities installed on the UKCS in fulfilment of relevant persons' licence, field operations or pipeline works authorisation (PWA) related activities. The data is currently updated on a 6 monthly cycle (April / October). Data includes removed surface installations, subsea infrastructure, pipelines and pipeline freespans.</p><p>Warning: Due to the 254 character limit of shapefile downloads, some attributes within this dataset will be truncated when downloading as a shapefile.</p>

Organization: North Sea Transition Authority
Upper Jurassic Oxfordian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Middle Jurassic Callovian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Middle Jurassic Bathonian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Jurassic

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Triassic

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Middle Eocene Lutetian T92 T94

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Upper Permian Lopingian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Middle Permian Guadalupian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
UKCS NDR 3D SDS seismic outlines (ED50)

<div><div>Seismic Data from the previous (V1) National Data Repository, last updated on June 30th 2021.<br />&nbsp;</div><div>&nbsp;</div><div><span style='font-size:medium;'><strong>Seismic Header Information:</strong></span></div><p><br />&nbsp;</p><ul><li><span style='font-size:12.0pt;'>NDR_2dseis_eab</span></li></ul></div><div><p><span style='font-size:12.0pt;'>Navigation information for all offshore 2D seismic surveys, as reported to BEIS OPRED in seismic survey close out reports. The NSTA did not create this data set and cannot vouch for its completeness or accuracy.</span></p></div><div><ul><li><span style='font-size:12.0pt;'>NDR_3dseis</span></li></ul></div><div><p><span style='font-size:12.0pt;'>Survey outline information for all offshore 3D seismic surveys, including those acquired using Ocean Bottom Node and Ocean Bottom Cable techniques, as reported to BEIS OPRED in seismic survey close out reports. The NSTA did not create this data set and cannot vouch for its completeness or accuracy.</span></p><p><br /><span style='font-size:medium;'><strong>Reported Seismic Data:</strong></span></p></div><div><p><br />&nbsp;</p><ul><li><span style='font-size:12.0pt;'>NDR_SDS_2D_Lines</span></li></ul></div><div><p><span style='font-size:12.0pt;'>Navigation information for offshore 2D seismic surveys which had Post-Stack SEG-Y data available online in the legacy NDR, the data having been reported to the NSTA via the NDR. The seismic trace data has been migrated to the current NDR service, which also holds field and pre-stack seismic data online. Seismic data may be obtained from the NDR </span><a target='_blank' href='https://ndr.nstauthority.co.uk' rel='nofollow ugc noopener noreferrer'><span style='font-size:12.0pt;'>https://ndr.nstauthority.co.uk</span></a></p></div><div><p>&nbsp;</p><ul><li><span style='font-size:12pt;'>NDR_SDS_3D_Outlines</span></li></ul><p>&nbsp;</p></div><div><p><span style='font-size:12pt;'>Survey outline information for offshore 3D seismic surveys, including those acquired using Ocean Bottom Node and Ocean Bottom Cable techniques, which had Post-Stack SEG-Y data available online in the legacy NDR, the data having been reported to the NSTA via the NDR. The seismic trace data has been migrated to the current NDR service, which also holds field and pre-stack seismic data online. Seismic data may be obtained from the NDR </span><a target='_blank' href='https://ndr.nstauthority.co.uk' rel='nofollow ugc noopener noreferrer'><span style='font-size:medium;'>https://ndr.nstauthority.co.uk</span></a></p></div><div>&nbsp;</div>

Organization: North Sea Transition Authority
Upper Carboniferous

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Carboniferous

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority