Bination of a number of independent laboratory approaches enables specialists to establish the
Bination of quite a few independent laboratory tactics permits specialists to decide the parameters which will be applied for the verification of hydraulic fracturing MNITMT manufacturer models.Geosciences 2021, 11,5 ofChekhonin et al. [13] describe a complete set of advanced techniques and equipment for acquiring reputable information on thermal properties at atmospheric and reservoir conditions, as well as a new, vast set of experimental information obtained from the Karabikulovskoye heavy oil field (Russia). The outcomes of comparing obtained data with these published, as well as the findings from long-term authors’ study in thermal petrophysics, clearly indicate the standard underestimation in the current uncertainty in information around the thermal properties applied for modeling. Additionally, the authors show that computer software capabilities for the integration of those information are limited, outdated in some elements, and need revision. Observed important (by tens of %) errors inside the evaluation with the cumulative oil production and steam/oil ratio caused by the lack of experimental information are a clear signal towards the community. This implies that each experimental study of thermal properties with modern technologies and enhancing simulators for any proper account of experimental data are vital methods to enhance the top quality of thermal EOR modeling. The terrific majority of articles in this Particular Challenge are devoted to petrophysics and geochemistry of unconventional reservoirs in Russia associated for the Domanik Formation within the Volga ral Basin along with the Bazhenov Formation in the West Siberian Basin, which can be the biggest petroleum basin on the planet. Nevertheless, we believe that the crucial findings, at the same time as new suggestions, ideas, and strategies, might be beneficial for specialists over the globe and are of broad international interest.Funding: This function was supported by the Ministry of Science and Polmacoxib Immunology/Inflammation Greater Education with the Russian Federation beneath agreement No. 075-10-2020-119 within the framework on the improvement program for any world-class analysis center. Acknowledgments: The authors thank the Ministry of Science and Greater Education of your Russian Federation for the support of research and publishing articles included in Special Challenge.
geosciencesArticleHydro-Thermal Modeling for Geothermal Power Extraction from Soultz-sous-For s, FranceSaeed Mahmoodpour 1, , Mrityunjay Singh 1, , Aysegul Turan 1 , Kristian Band Ingo Sass 1,Group of Geothermal Science and Technologies, Institute of Applied Geosciences, Technische Universit Darmstadt, 64287 Darmstadt, Germany; [email protected] (A.T.); [email protected] (K.B.); [email protected] (I.S.) Darmstadt Graduate College of Excellence Power Science and Engineering, Technische Universit Darmstadt, 64287 Darmstadt, Germany Correspondence: [email protected] (S.M.); [email protected] (M.S.)Citation: Mahmoodpour, S.; Singh, M.; Turan, A.; B , K.; Sass, I. Hydro-Thermal Modeling for Geothermal Power Extraction from Soultz-sous-For s, France. Geosciences 2021, 11, 464. https:// The deep geothermal energy project at Soultz-sous-For s is located in the Upper Rhine Graben, France. As part on the Multidisciplinary and multi-contact demonstration of EGS exploration and Exploitation Approaches and potentials (MEET) project, this study aimed to evaluate the possibility of extracting larger amounts of energy from the existing industrial infrastructure. To achieve this objective, the effect of rein.