12 Subsurface Contributions to Energy Transition

Wednesday, 17 April

1630 - 1800

Sæverud

Technical

Subsurface knowledge is poised to make significant contributions to the energy transition, as will be demonstrated in this session. The papers presented will address crucial aspects, including multi-site CO2 storage on a regional scale, the geochemical interactions between sandstone and chalk minerals and carbonated water, and the synergy between underground hydrogen storage, extended oil recovery, and carbon storage in an active oil and gas reservoir.

1630-1700 218433
Regional CO₂ Storage Simulations on the Troll Aquifer Model

S. Tveit, S. Gasda, D. Landa-Marbán, T. Sandve, NORCE Norwegian Research Centre
1700-1730 218484
Assessing the Effect of Carbonated Water on the Geochemistry of Co₂ Storing-bed Minerals

M. Fani, T. Puntervold, S. Strand, University of Stavanger; A. Mamonov, DTU Offshore
1730-1800 218453
Investigation of Synergy Between Extended Oil Recovery and Hydrogen Storage in a Producing Field Using the Norne Reservoir Model

B. Amiri, P.Ø. Andersen, M. Ghaedi, University of Stavanger; X. Luo, NORCE Norwegian Research Centre

Conference Programme

12 Subsurface Contributions to Energy Transition