A call is open from 15 February to 26 March 2021, for proposals to get remote access (send-in sample analysis) to the Multi-scale Imaging and Tomography (MINT) facilities at Utrecht University and Delft University of Technology and the ESL High Pressure and Temperature (HPT) Lab at Utrecht University. Remote access implies that researchers can send samples to these facilities, where experienced staff will perform analyses based on remotely provided instructions. Click here for more information.
Dr. Bart Verberne and co-workers at Utrecht University sought evidence for gas production-caused, permanent compaction in drill core from the Groningen gas reservoir sandstone. This research involved a multi-disciplinary approach involving lab work in the ESL and elaborate microstructural analyses in the MINT facility. Read all about their findings in their paper, or in the UU press release. Figure from Verberne et al., 2020, showing the microstructure of the Groningen gas reservoir sandstone. Full paper citation: Berend A. Verberne, Suzanne J.T. Hangx, Ronald P.J. Pijnenburg, Maartje F. Hamers, Martyn R. Drury, Christopher J. Spiers; Drill core from seismically active sandstone gas reservoir yields clues to internal deformation mechanisms. Geology doi: https://doi.org/10.1130/G48243.1
EPOS-NL arranges financial, technical and scientific support for access to external researchers who want to make use of EPOS-NL lab facilities. From mid-February to late March 2021, a call will be open for remote access to the High Pressure and Temperature lab of the ESL (UU) and the MINT imaging facility (UU and TU Delft). Remote access implies that researchers (you) can send us samples for analysis on the basis of remotely provided instructions. Stay up to date on access call developments by subscribing to our newsletter, on the homepage.
DeepNL researchers recently indicated a need for geological information on the Groningen gas reservoir. In response, the field producer, the Nederlandse Aardolie Maatschappij (NAM) has agreed to openly distribute their Petrel geological model via EPOS-NL.The model includes 3D formation horizons and fault maps, well data (porosity/permeability/water saturation) and seismic data, all loaded in a Petrel environment. Both NAM and EPOS-NL are very interested in who will use the model, so if you plan on using it – do let us know (firstname.lastname@example.org). In addition, EPOS-NL is currently building a support structure for less experienced Petrel users, led by Dr. Fred Beekman.The model can be accessed at the Yoda data center of Utrecht University. 3D map of faults in the Groningen gas reservoir and representative seismic data.