Deliverable objectives. The objectives of the Summer Challenges are:
Deliverable objectives. This research aims at contributing to our understanding whether firms improve efficiency and productivity as a reaction to intensified import competition.
Deliverable objectives. Enhanced oil/gas recovery in shale production largely depends on the understanding of the pore networks and gas flow through these networks and fractures. Advanced Imaging techniques, for example, synchrotron tomographic imaging and focussed ion beam imaging, will push the existing limits. We performed a full traditional characterisation of microstructure in shale samples (Deliverable 3.1), and focus on building on this analysis using multi-scale 3D images of porous phase, pores and potential flow paths in this report. The objectives are to characterise:
Deliverable objectives. Development and validation of an equation of state for confined fluids rooted to rigorous statistical mechanics.
Deliverable objectives. The specific objectives are:
Deliverable objectives. The objective of this deliverable is to build a model of groundwater circulation of the SAs beneath the fields sites of St. Gallen, Cornwall, and CarbFix2, in order to provide a useful tool for the analysis of SAs vulnerability with respect to accidental contamination events potentially induced by the activities performed at the field sites.
Deliverable objectives. According to the project description, the objective of deliverable 8.3 states as ‘A specific set of guidelines will be developed gathering the knowledge, experience and best practice for managing leakage events for each technology. Specifically identifying a range of different failure modes and how they would be detected and the protocols following each type of event’. This document meets the objective by covering various life stages of a plant for each of the different subsurface techniques including: Design to Production Test Stage Operation and Maintenance Stage Closure/Decommissioning/Post-transfer Stage The authors would like to specifically acknowledge S4CE field site partners such as United Downs Deep Geothermal Power Project site at Cornwall, UK, St.Galler Stadtwerke site at St. Gallen, Switzerland and Carbfix CCUS site at Iceland, for providing valuable inputs pertaining to management of leakage events for sub-surface geo energy operations.
Deliverable objectives. Within the scopes of the S4CE consortium, the objective of the present D5.6 deliverable “Data-driven updating of empirical ground motion to monitor induced seismicity and reservoir status” is to test if ground motion prediction equations (GMPE), which are generally used as a fundamental tool to compute seismic hazard, can be used for monitoring the physical properties of the rocks and, in particular, the quality factor and its variations during technological activities in geo-energy exploitation sites.
Deliverable objectives. The objective of Deliverable 3.3 is to provide the basis for constructing the first transportable prototype of the isotope ratiometer. In addition, there are requirements involving the validation of data analytic and software methods that will be used for the full instrument, which are crucial to the post-processing required to enable high accuracy quantification of the isotope ratios. The latter aspect links to deliverables part of WP 6.
Deliverable objectives. The report provides PTx conditions of the shale rock library under evaluation by SXT. The current rock library of European shale rocks held by the SXT consortium, covers the Xxxxxxx Shale in the UK, one of the primary shale gas exploration targets in Europe. PTx data is documented for the Xxxxxxx Shale in this report. We include PTx data for other European shale rock basins, which forms part of the final D2.3 PTx report on all European shale rocks. The PTx conditions form the basis parameters input into experiments, technical analyses and models, covered by the SXT research consortium.
