Lecture by: Frank Zwaan (GFZ Helmholz Centre, Potsdam, Germany)
Topic: Tectonic modelling of rifting and basin inversion for natural hydrogen gas (H2) exploration
Place: GFÚ Lecture Hall / 3:00 pm
Abstract:
Modelling of tectonic processes provides key insights into the workings of our dynamic planet, which otherwise would remain elusive due to the vast spatial and temporal scales involved. While these modelling insights are often of mostly scientific interest, there is a growing demand for insights that will help us develop the georesources needed to fuel the energy transition. To meet this demand, we should in general aim to improve our geo-resource exploration strategies, for which our tectonic modelling expertise can be of great advantage.
This talk aims to illustrate how we can repurpose established modelling methods for novel objectives, in particular for the exploration of naturally occurring hydrogen gas (H2) in (inverted) rift basin settings. Such natural hydrogen, generated via serpentinization of exhumed mantle material, may provide an accessible green energy source for the future.
Fig: A 3D rendering of a numerical modelling experiment simulating basin inversion, intended to explore mantle exhumation and associated natural H2 generation through serpentinization. After Zwaan et al. (in review).