Analogues for Subsurface Characterization for the Energy Transition
Prof Simon C. Lang
Centre for Energy Geoscience
School of Earth Sciences, University of Western Australia
simon.lang@uwa.edu.au
The energy transition over the next few decades will provide challenges to all geoscientists who will need to extend the skills and lessons learned from fossil fuel exploration, development and production to carbon sequestration and utilization (CCUS), conventional and H2 gas storage, sediment-hosted copper, uranium and lithium exploration, and related hydrological and geotechnical issues.
Typically high quality and abundant data is mostly available where existing fields occur (seismic, wells, dynamic data), but data will be sparser where we need to undertake new geological studies to support the energy transition. To infill the scale-gap between seismic and wells, all the way down to core and pore-level, we need to deploy appropriate analogues for the tectonic, climatic and accommodation/sediment supply regimes.
This presentation will focus on depositional systems and their subsurface reservoirs/seals/baffles, and how analogues from seismic, well data, producing fields, outcrops and modern depositional systems can help constrain the uncertainties involved with subsurface geo-modelling, that will still be needed to develop the new energy resources needed for the energy transition.
Geology Matters!
Event Details:
Thursday, 4th July 2024
Luncheon: 12 pm for a 12:30 pm start
Place: Ayer’s House, 288 North Tce, Adelaide
Includes a 2-course lunch and drinks
Bookings close 1 pm Monday, 1st July 2024
Any late bookings will incur an additional $20 fee. Strictly no walk-ins.