Section 4.8: Geoenergy

         The projects are subdivided in the following Research fields:
         Geothermal (Urban) Heat Supply - GE  |  Thermal Storage - TS |  Geological Storage - GS

[Translate to English:] World Heat Flow Database Project [WHFD] – Development of a research data infrastructure for heat flow data

Distributed fiber optic strain sensing along existing telecommunication networks for efficient seismic exploration and monitoring of geothermal reservoirs

Geothermal use of the carbonate rocks in the northern German basin

Redefining geothermal fluid properties at extreme conditions to optimise future geothermal energy extraction

System integration geothermal Binary Power Plant The main goals of this project are the systematic analysis of the existing research in the fields “geothermal energy” and “low-temperature electricity generation” and the identification of specific topics for knowledge transfer, in particular in the fields “reliable system integration”, “decentralized power supply” and “electrical island mode operation”. Low-temperature power plants can be realized in various sizes, are suitable for the use of different heat sources and have different site-integration concepts depending on technical requirements and non-technical preconditions.

Geothermal District Heat Supply in Berlin The overall goal of this project is the development of a geothermal heat supply concept for urban areas on the example of a site in the city of Berlin. This should be the particular impulse for an integration of aquifer thermal storage in the Berlin heat supply.

Efficient exploration of the geothermal potential in urban areas

Improving Geothermal System Performance through Collective Knowledge Building and Technology Development

A collaborative project to ensure a quality controlled, authenticated global database of heat flow values

The project aims to understand the geological conditions underneath Vienna, to determine the geothermal potential of deep geothermal reservoirs for urban heating.

Study on the sustainable mitigation of CO2 emissions using the geological storage of heat or gases.

Nachhaltige geothermische Standortentwicklung in Potsdam

Nachhaltige geothermische Standortentwicklung in Schwerin

Permanent project for the measurement, analysis, and interpretation of heat-flow and temperature field in the North German Basin.

Multidisciplinary and multi-context demonstration of Enhanced Geothermal Systems exploration and exploitation techniques and potentials - MEET

Reaktive Reservoirsysteme – Lösung und Fällung von Salzen und die Auswirkungen auf die hydraulischen und mechanischen Gebirgseigenschaften

accurate CO2 monitoring using Quantitative joint inversion for large-scale on-shore and off-shore storage applications
The aCQurate project aims to develop a new technology for quantitative CO2 monitoring applicable to large-scale on-shore and off-shore sites, e.g. on the Norwegian Continental Shelf.

Tight Geothermal Casing Connections for Axial Stress Mitigation

Energy Systems Integration
In the future we will cover a big share of our energy demand with renewable energies. A reliable, stable and affordable energy supply requires, in addition to the obvious grid expansion and storages, the consideration of systemic aspects and flexibility of both the producers and the consumers.

The “Energy System 2050” initiative explores the integration of technological key elements into the energy system and elaborates solutions to integrate the partially fluctuating renewable energies successfully into German and European energy systems.

Demonstration of soft stimulation treatments of geothermal reservoirs DESTRESS aims at demonstrating different stimulation techniques in order to allow for an economic provision of geothermal energy from low productive reservoirs.

An optimized storage capacity, confidence for the method and a cost-efficient and safe storage operation are prerequisites for a successful implementation of geological storage of carbon dioxide (CO2)

The project H2_ReacT researches fundamental aspects of the geological storage of hydrogen. The project aims to derive experimental data on the kinetics of chemical reactions and microbial processes as well as on transport mechanisms of molecular hydrogen in deep geological systems under in-situ conditions.

back to top of main content