PERBAS: An International Project to Study Potential Sites for the Permanent Offshore Storage of CO2 in Marine Basalts ...
CO 2 neutrality by 2045 requires increasing the currently worldwide achieved CO 2 storage volume (40 Mt/y) to the order of tens of Gt/y. With current storage techniques, CO 2 often remains in the gaseous phase, thus, free to spread underground risking unwanted leakage in the distant future. As an al...
| Main Authors: | , , , , , , , , , , |
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| Format: | Text |
| Language: | English |
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Deutsche Geologische Gesellschaft - Geologische Vereinigung e.V. (DGGV)
2023
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| Online Access: | https://dx.doi.org/10.48380/80hw-yf05 https://www.dggv.de/e-publikationen/perbas-an-international-project-to-study-potential-sites-for-the-permanent-offshore-storage-of-co2-in-marine-basalts |
| Summary: | CO 2 neutrality by 2045 requires increasing the currently worldwide achieved CO 2 storage volume (40 Mt/y) to the order of tens of Gt/y. With current storage techniques, CO 2 often remains in the gaseous phase, thus, free to spread underground risking unwanted leakage in the distant future. As an alternative, the mineralization of CO 2 in basalts, where the vast majority (>90%) of the carbon is mineralized and fixed in carbonates within two years, offers a permanent safe storage as a solid (e.g. CarbFix, Iceland).<br />The international joint project PERBAS (ACT4) with partners from Norway, USA and India aims to pave the way for the commercialization of large-scale, permanent CO 2 sequestration into marine basalt complexes off the coast of Norway and India. The project seeks solutions for reservoir selection, CO 2 transport, injection and monitoring. PERBAS will investigate the feasibility of supercritical CO 2 injection, using water in the pore space, in order to avoid the requirement to inject 20 ... |
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