Piloting Underground Storage of Heat In geoThermal reservoirs

HORIZON.2.5HORIZON-IAID: 101096566
EC Contribution
€179,033
Consortium Size
22 orgs
Summary

PUSH-IT will showcase full-scale application of high temperature heat storage (up to 90°C) in geothermal reservoirs using 3 different technologies at 6 different sites. The 3 technologies addressed in PUSH-IT are relevant for different reservoir types, which are available everywhere in Europe. In PUSH-IT we will develop, deploy and test our technologies for a variety of configurations of heat sources, heat storage technologies, geological conditions, distribution systems, stakeholder populations and market and legal conditions. Hence, PUSH-IT provides a unique scope on demonstration, integration and advances for seasonal heat storage that are relevant across Europe. These results will enhance the utilisation of sustainable energy and create a balanced system for sharing benefits and burdens tied to sustainable heat generation, storage and distribution activities. We will reduce environmental impact, levelised cost of energy and risks and improve performance and robustness via development and demonstration of several enabling technologies, i.e., newly developed monitoring and water quality control and novel drilling and completion and novel control systems. Societal engagement is a key element and achieved via citizen engagement, analysing motivations and perceptions of heat storage, and investigating governance policies and business models that engage citizens in decision making regarding urban heating systems including storage. The PUSH-IT consortium combines heat suppliers, well drillers, public planning offices and academic partners. These cover all required technical and societal know-how and background for heat systems. We will realise operational projects and use these to generate generic solutions and practices relevant across Europe. All activities will be monitored and reported, yielding a valuable comprehensive dataset on the technical and social real-world performance.

Consortium (22)

Project Results (21)

Source: CORDIS, the EU research results database.

Publications (16)
Analytically estimating the efficiency of high temperature aquifer thermal energy storage
Geothermal Energy· 2025DOI
Geerts, David; Daniilidis, Alexandros; Kramer, Gert Jan; Bloemendal, Martin; Liu, Wen
Challenges and opportunities for high-temperature mine thermal energy storage with focus on regulatory barriers for implementation
International Mine Water Association Conference (IMWA), Braga (Portugal), July 2025· 2025
Andres Gonzalez Quiros, Margaret Stewart, Thomas Olver, Stefan Klein, Elke Mugova, Corinna Abesser
Current research on aquifer thermal energy storage (ATES) in Germany
Grundwasser· 2025DOI
Ruben Stemmle, Alireza Arab, Sebastian Bauer, Christof Beyer, Guido Blöcher, Claire Bossennec, Maximilian Dörnbrack, Florian Hahn, Philip Jaeger, Stefan Kranz, Alexandra Mauerberger, Jan Niklas Nordheim, Max Ohagen, Elena Petrova, Simona Regenspurg, Detlev Rettenmaier, Ali Saadat, Ingo Sass, Traugott Scheytt, Niklas Scholliers, Haibing Shao, Kalliopi Tzoufka, Kai Zosseder, Philipp Blum
Distributed geothermal response test on a 750 m deep borehole thermal energy storage system
Applied Thermal Engineering· 2025DOI
Lukas Seib, Matthias Krusemark, Clemens Lehr, Max Ohagen, Hung Pham, Markus Schedel, Bastian Welsch, Ingo Sass
Impact of borehole path deviations on the efficiency of a medium-deep geothermal storage system: Case study of the SKEWS MD-BTES Demosite
Journal of Energy Storage· 2025DOI
Matthias Krusemark, Lukas Seib, Max Ohagen, Bastian Welsch, Hung Tien Pham, Ingo Sass
Modeling and optimization of borehole thermal energy storage systems using physics-based neural networks
Renewable Energy, 256, Part A(Special Issue on 37th International Conference on Efficiency, Cost, Optimization, Simulation and Environmental Impact of Energy Systems), 2025.· 2025DOI
Hagemann, Willem; Weichmann, Jaßper; Gernandt, Hannes; Krenzlin, Franziska; Schiffer, Johannes
Characterization of artesian flow and heat transition in an ATES research wellbore using DTS monitoring and numerical modelling
Advances in Geosciences· 2024DOI
Liang Pei, Lioba Virchow, Guido Blöcher, Stefan Kranz, Ali Saadat
Characterization of artesian flow and heat transition in an ATES research wellbore using DTS monitoring and numerical modelling
Advances in Geosciences· 2024DOI
L. Pei; L. Virchow; G. Blöcher; G. Blöcher; S. Kranz; A. Saadat
DATA-DRIVEN MODELING OF BOREHOLE THERMAL ENERGY STORAGE (BTES) FOR OPERATIONAL OPTIMIZATION OF RENEWABLE HEAT PRODUCTION SYSTEMS
37th International Conference on Efficiency, Cost, Optimization, Simulation and Environmental Impact of Energy Systems (ECOS 2024)· 2024DOI
Krenzlin, Franziska; Hagemann, Willem; Gernandt, Hannes; Schiffer, Johannes
High-Temperature Aquifer Thermal Energy Storage (HT-ATES) system for research development and demonstration on the TU Delft campus
· 2024
Vardon, Philip, van der Schans, Martin, Koulidis, Alexis, Grubben, Tessel, Beernink, Stijn3, 2 ORCID icon Bloemendal, Martin
Prioritise Inclusive, Early, and Continuous Societal Engagement to Maximise the Benefits of Geothermal Technologies
Strengthening European Energy Policy ISBN: 9783031664809· 2024
Rohse, Melanie; Barich, Amel; Bossennec, Claire; Loschetter, Annick; Manzella, Adele; Pellizzone, Anna; Ryder, Stacia; Soutar, Iain
A fast and accurate Data-Driven Model for estimating the production temperature of High-Temperature Aquifer Thermal Energy Storage
David Geerts a,∗, Alexandros Daniilidis b , Wen Liu
Characterization of Aquifer Thermal Energy Storage with Hot Push Pull Test: what can be learnt from geochemical / reactive transport modelling? (PUSH-IT project)
Rhino, Kevins; Loschetter, Annick; Lassin, Arnault; Virchow, Lioba; Vardon, Philip; Bloemendal, Martine
The creation of expanded diameter gravel wells in unconsolidated formations for High-Temperature Aquifer Thermal Energy Storage Systems: Theoretical and numerical evaluation of borehole stability
Grubben, Tessel, Bloemendal, Martin, van der Schans, Martin, Hartog, Niels, Vardon, Philip
The PUSH-IT project: Geothermal energy storage demonstration and advances for different storage technologies and geological settings.
M. Bloemendal1,2, D.F. Bruhn1,3, C. Bossennec4, F. Hahn3, S. Klein3, S. Kranz4, N. Meier3, A. Peach-Gibson5, T. Olver5, V. Peresty6, H. Pham7, I. Sass 4,7 , A. Tym6, P.J. Vardon1, and all PUSH-IT project team members
Water concerns in UTES: what can be learnt from geothermal experience & what issues need to be specifically addressed?
Loschetter, Annick; Watkinson, Maud; Regenspurg, Simona; Rad, Setareh; André, Laurent; Lassin, Arnault; Blöcher, Guido; Stéphant, Sylvain; Hartog, Niels; van der Schans, Martin; Vardon, Philip J.
Deliverables (4)
Other Results (1)
Periodic Reporting for period 1 - PUSH-IT (Piloting Underground Storage of Heat In geoThermal reservoirs)