GEAR - Geoenergy and Applied Research Lecture Series
Winter 2024/25
Earthscience Colloquium
Earthscience Colloquium
In cooperation with the University of Vienna and the Austrian Geological Society, GEAR (Geoenergy & Applied Research) dedicates the earthschience colloquium of winter 2024/25 to the topic of geoenergy.
Experts with industrial and research backgrounds share their insights into current projects, including but not limited to natural hydrogen, geothermal energy, CO2-storage and related technologies.
Geocenter, UZA II, Eduard Suess Auditorium (HS II), Thursday, 17:00 c.t.
- Do, 10.10.2024 • Gabor Tari (OMV)
Natural hydrogen exploration: Where do we stand?
Abstract - Do, 17.10.2024 • Peter Krois (deeep Tiefengeothermie GmbH)
Heat for Vienna - deep geothermal energy in an urban environment
Abstract - Do, 24.10.2024 • Chi Zhang (University of Vienna)
Using geophysics in carbon dioxide removal technologies: innovative approaches and emerging technologies
Abstract - Do, 31.10.2024 • Kurt Decker (University of Vienna) & Helene Bauer (Wiener Wasser)
Structural characterisation of fractured reservoirs
Abstract - Do, 7.11.2024 • Jakob Kulich (GeoSphere Austria)
CO2 Storage potential in Austria and its competitive subsurface usage
Abstract - Do, 14.11.2024 • Clement Esteve (University of Vienna)
Passive seismics: a cost-effective approach for geothermal exploration
Abstract - Do, 21.11.2024 • David Misch (Montanuniversität Leoben)
Seal rock investigations for geological storage
Abstract - Do, 28.11.2024 • Stefan Hoyer (GeoSphere Austria)
Numerische Modellierung als Thermalwasser-Managementtool
Abstract - Do, 16.01.2025 • Martin Schöpfer (University of Vienna / NiMBUC Geoscience)
Fluid injection-induced reactivation of corrugate faults
Abstract - Do, 23.01.2025 • Alessandro Musu (University of Vienna)
Quantifying the chemical evolution of magmatic systems using mineral chemistry: a combined experimental and statistical approach
Abstract - Do, 30.01.2025 • Rainer Abart (University of Vienna)
Green hydrogen from solar thermal water splitting: a hot topic in (geo)materials research
Abstract