AbstractTo get an overview of the possibility to inject and store CO2 in a safe and effective way offshore Norway, possible storage sites has been mapped and evaluated. A total of 27 geological formations have been individually assessed, and grouped into saline aquifers together with several mapped and dry-drilled structures. The evaluation of geological volumes suitable for injecting and storing CO2 can be viewed as a step-wise approximation which is presented with a pyramid representing the maturity of the storage sites. The assessed aquifers have been characterized according to the guidelines, which have been developed for this study
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
From Frontiers via Jisc Publications RouterHistory: collection 2021, received 2021-03-12, accepted 2...
AbstractThere are several approaches to estimate possible storage capacities for aquifers and traps ...
AbstractThis is a presentation of the CO2 Storage Atlas of Norwegian North Sea. It includes an evalu...
AbstractA CO2 storage atlas of different sectors of the Norwegian Continental Shelf has been elabora...
AbstractA CO2 storage atlas of different sectors of the Norwegian Continental Shelf has been elabora...
In the present study, we use data published alongside the Norwegian Petroleum Directorate (NPD) stor...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
AbstractThis is a presentation of the CO2 Storage Atlas of Norwegian North Sea. It includes an evalu...
AbstractThe Jurassic Johansen Formation has been assigned as a possible storage formation for CO2 ca...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
From Frontiers via Jisc Publications RouterHistory: collection 2021, received 2021-03-12, accepted 2...
AbstractThere are several approaches to estimate possible storage capacities for aquifers and traps ...
AbstractThis is a presentation of the CO2 Storage Atlas of Norwegian North Sea. It includes an evalu...
AbstractA CO2 storage atlas of different sectors of the Norwegian Continental Shelf has been elabora...
AbstractA CO2 storage atlas of different sectors of the Norwegian Continental Shelf has been elabora...
In the present study, we use data published alongside the Norwegian Petroleum Directorate (NPD) stor...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
AbstractThis is a presentation of the CO2 Storage Atlas of Norwegian North Sea. It includes an evalu...
AbstractThe Jurassic Johansen Formation has been assigned as a possible storage formation for CO2 ca...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
In this study, potential storage sites in the subsurface of the North Sea are analyzed to estimate t...
From Frontiers via Jisc Publications RouterHistory: collection 2021, received 2021-03-12, accepted 2...
AbstractThere are several approaches to estimate possible storage capacities for aquifers and traps ...