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DemoUpStorage

  • Overview
  • Publications
Project image

The Swiss Energy Strategy foresees CO2 capture and underground storage, possibly abroad, among the necessary measures to reach the net zero target by 2050. DemoUpCARMA, the partner project of DemoUpStorage, explores as one pathway to negative emissions the transport and storage of Swiss biogenic CO2 in Islandic basalt as well as this pathway’s potential for upscaling. Since a safe and permanent storage of the Swiss CO2 is an indispensable requirement, DemoUpStorage takes the lead in closely monitoring the injection and the dispersion of the Swiss CO2 in the Islandic underground at a site that has high potential for upscaling. For the injection, a novel technique is used, where the CO2 is dissolved in sea water instead of fresh water. The findings of DemoUpStorage will further advance the Swiss Roadmap for geological CO2 storage through knowledge acquisition and transfer, as well as capacity building.

 

DemoUpStorage has the following objectives:

  • To independently evaluate if injecting CO2 dissolved in seawater into basalts near the coast in Iceland is a safe, permanent, cost-effective, and environmentally acceptable pathway for CO2. Together with DemoUpCARMA, DemoUpStorage will further evaluate if this approach has the potential to be upscaled and it would allow to store up thousands tons/year of Swiss CO2 from 2024 onwards of Swiss CO2 from 2024 onwards.
  • To advance and benchmark borehole- and surface-based monitoring techniques and computational modelling tools to reliably track and forecast the migration of CO2 in different geological settings, including those relevant for future CO2 injection tests in Switzerland.
  • To build up within Switzerland an interdisciplinary competence in monitoring and modelling CO2-injection with the ultimate goal of being ready for future projects in Switzerland.
Project Leader at SED

Prof. Dr. Stefan Wiemer

SED Project Members

Dr. Alba Zappone, Dr. Anne Obermann, Dr. AntonioPio Rinaldi, Dr. Michèle Marti, Dr. Irina Dallo, Stefanie Zeller, Jonas Junker

Funding Source

SFOE, FOEN

Duration

2022-2024

Keywords

CO2 storage, monitoring CO2 mineralization

Research Field

CO2 storage

Website https://demoupstorage.ethz.ch

Stavropoulou E, Laloui L (2023). CO2 storage in basalts: the impact of mineralisation on the hydromechanical response of the material. Proceedings of the 9ICEG 9th International Congress on Environmental Geotechnics 25-28 June, 2023 | Chania, Greece. doi: 10.53243/ICEG2023-115

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