The SECURe project used, produced and analysed a vast amount of data in a wide range of formats and types. The data generated during the project included site data (measurements conducted in the laboratory or in the field), simulation data (data produced by numerical simulations performed using specialised software) and research data (reports on technologies, guidelines, new methodologies). These data provide a long-lasting legacy for the project.
Where possible, these data have been stored in various open-access data repositories and are available for future re-use, or they will be made available after an embargo period (for example, due to a peer-review process for a publication). The remaining data have been kept confidential or available on demand by the authors due for reasons such as containing third party data. In addition, various third party datasets were also used during the project (including both open access and restricted access data).
These datasets are listed below. Links to the data are included where available.
Field and lab measurement data concerning sampling and analyses of physico-chemical, isotope and phase behaviour properties of Borzecin reservoir fluids, injected gas and soil gas
Site
Restricted
The raw data haven't been uploaded anywhere. Processed data are included in SECURe Deliverable D2.2
N/A
INiG - PIB
BORZECIN_MODELS: Geological, geomechanical, and dynamical simulation models of the Borzęcin structure
Site/Simulation
Restricted. The simulation models are not available for the public due to the restricted character of the input data obtained from the Borzęcin reservoir operator: PGNiG S.A.
Details regarding the numerical modeling, input data and simulation results can be found in the article published in Energies (https://www.mdpi.com/1996-1073/13/18/4701)
The abbreviated input data and simulation results are available in the article cited above and in the Deliverable D2.2 of SECURe project – the availability information of more detailed data and the data themselves can be obtained from the Department of the Reservoir Simulations of INiG-PIB.
INiG - PIB
TNO
Oklahoma flow and seismicity
Simulation
Open Access
To be uploaded
NGDC/UKCCSRC
TNO
Simulation of seismicity for injection operations near an injection well
Probabilistic well integrity numerical simulations for a shale gas and CO2 injection well
Simulation
N/A
There is no need to make results of each well integrity simulation publicly available. Instead, procedures to re-generate the base model, the stochastic input data and the output data have been explained in the paper Orlic, B., Moghadam, A., Brunner, L., van Unen, M., Wójcicki, A., Bobek, K., van der Valk, K., Wollenweber, J., 2021. A probabilistic well integrity analysis workflow for leakage risk assessment: Case studies for shale gas and re-use for CCS. In proceedings of the 15th International Conference on Greenhouse Gas Control Technologies, GHGT-15, 15th-18th March 2021, Abu Dhabi, UAE.
N/A
TNO/GEUS
Isotope compositions in a network of groundwater wells impaired by an underground blowout (Sleen fieldsite, Holland)
Site
Open Access (under embargo until publication: 30/4/2022)
Concentrations of hydrocarbons and inorganic parameters in a network of groundwater wells impaired by an underground blowout (Slean fieldsite, Holland)
To be uploaded when the dataset is complete (2022). To access the data, the GTB leads (Ceri Vincent BGS and Martyn Barrett UNOTT) should be contacted in the first instance to confirm which data can be shared. These data have been collected at the GTB which is a field laboratory funded by BGS, UNOTT and by Innovate UK via the Energy Research Accelerator project. The GTB has also benefitted through research projects including H2020 SECURe which have funded research using the GTB
NGDC/UKCCSRC
BGS
Groundwater chemistry for Vale of Pickering, UK
Site
Open Access (limited dataset due to site/ownership data confidentiality)
To be uploaded
NGDC/UKCCSRC
BGS
Electrical Resistivity Tomography (ERT) data rom the GeoEnergy Test Bed (GTB)
Site
Currently On Demand
To be uploaded when the dataset is complete (2022). To access the data, the GTB leads (Ceri Vincent BGS and Martyn Barrett UNOTT) should be contacted in the first instance to confirm which data can be shared. These data have been collected at the GTB which is a field laboratory funded by BGS, UNOTT and by Innovate UK via the Energy Research Accelerator project. The GTB has also benefitted through research projects including H2020 SECURe which have funded research using the GTB
NGDC/UKCCSRC
GFZ Potsdam
Operational datasets, 2008-2013 (injection history,p,T) at the Ketzin CO2 storage site
The SECURe project used, produced and analysed a vast amount of data in a wide range of formats and types. The data generated during the project included site data (measurements conducted in the laboratory or in the field), simulation data (data produced by numerical simulations performed using specialised software) and research data (reports on technologies, guidelines, new methodologies). These data provide a long-lasting legacy for the project.
Where possible, these data have been stored in various open-access data repositories and are available for future re-use, or they will be made available after an embargo period (for example, due to a peer-review process for a publication). The remaining data have been kept confidential or available on demand by the authors due for reasons such as containing third party data. In addition, various third party datasets were also used during the project (including both open access and restricted access data).
These datasets are listed below. Links to the data are included where available.
For more information, also see D3.9 Integrated data platform for multisource multiscale sensor data.
The abbreviated input data and simulation results are available in the article cited above and in the Deliverable D2.2 of SECURe project – the availability information of more detailed data and the data themselves can be obtained from the Department of the Reservoir Simulations of INiG-PIB.
2009: https://doi.org/10.5880/GFZ.b103-12066.2009
2010: https://doi.org/10.5880/GFZ.b103-12066.2010
2011: https://doi.org/10.5880/GFZ.b103-12066.2011
2012: https://doi.org/10.5880/GFZ.b103-12066.2012
2013: https://doi.org/10.5880/GFZ.b103-12066.2013