Management
Overall coordination and management of the project internally and externally
- Day-to-day project management
- Project Consortium Agreement monitoring
- Risk management and quality control
WP3 will assess the storage capacity and integrity of the sites. Dynamic and complex simulation will identify the likelihood of pressure build-up, based on the geological model, reservoir heterogeneity and fluid flow characteristics.
This report summarizes the work that has been performed in the WorkPackage 3, “WP3, Static and Dynamic modelling”, task 3.1, “Static modelling and Uncertainties”.
The objective of this task was to build a 3D geological model covering all the targeted area as defined in WorkPackage 2 (“WP2, Geo‐characterization”) for the choice of the pilot location. The domain contains the storage complex zone (reservoir and caprock), and the underburden and overburden to fit the purposes of the related tasks (3.2, 3.3 and 3.4). Static models are a crucial step for the upcoming dynamic modelling to estimate storage capacity and provide the basis for the risk analysis. While pursuing the efforts on this task, regular knowledge‐sharing sessions were committed between partners involved in this WP3.1, and all benefited support from AspenTech on best practices for modelling, in particular for using Aspen Skua software.
This task relied heavily on data that were collected and processed in WP2. Thus, the quality of this work results also from a strong involvement, communication, and data exchange between WP2 and WP3.
Dynamic simulations have been performed to assess the storage capacity and integrity of the PilotSTRATEGY’s pilot site of Lopín (Ebro Basin, Spain). Main objective of this study consisted in the definition of the CO2 injector location and an optimal injection strategy considering the associated potential risks. For this, a sensitivity analyses was performed based on the reservoir characterization and identification of the main uncertainties to be quantified using numerical simulation approach, where static properties presented the most impacting influence on results.
Overall coordination and management of the project internally and externally
Assembling, acquiring and interpreting geological data
Assessment of site storage capacity and integrity
Development concepts for proposed pilots (Ebro, Lusitanian and Orleans-Paris Basins)
Ensuring proposed pilots meet the best safety and performance standards
Investigating societal acceptance and public engagement
Increasing the visibility and impact of the project
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