Geological storage of CO2 - Hellevang, Helge
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Underground storage of CO2 in saline aquifers has been suggested as an option to reduce man-made emissions of CO2 to the atmosphere. Injected CO2 reacts with the formation water and form carbonic acid which in turn lowers the pH and leads to corrosion of formation minerals. Liberated elements reacts subsequently and form stable mineral carbonates. The doctoral thesis gives an overview of gas-water- rock interactions following CO2 storage, 1D and 3D reactive transport simulations of CO2 storage into the Utsira Sand using the ACCRETE/ATHENA numerical codes, and papers on the stability of…mehr

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Produktbeschreibung
Underground storage of CO2 in saline aquifers has been suggested as an option to reduce man-made emissions of CO2 to the atmosphere. Injected CO2 reacts with the formation water and form carbonic acid which in turn lowers the pH and leads to corrosion of formation minerals. Liberated elements reacts subsequently and form stable mineral carbonates. The doctoral thesis gives an overview of gas-water- rock interactions following CO2 storage, 1D and 3D reactive transport simulations of CO2 storage into the Utsira Sand using the ACCRETE/ATHENA numerical codes, and papers on the stability of dawsonite (NaAl (OH)2CO3). The latter include the first published data on the far-from-equilibrium dissolution rates of dawsonite at acidic conditions and discussions on the stability of dawsonite during and following CO2 injection.
Autorenporträt
H. Hellevang is a researcher at Department of Geosciences, University of Oslo. His main research is focused on water-mineral-gas interactions in hydrothermal systems and following storage of CO2 in deep saline aquifers.