In this work we present a methodology suitable to identify a caprock-reservoir system for the CO2 storage in the Sulcis Coal Basin (SW Sardinia - Italy). The petrophysical and geophysical characterizations indicate that the potential carbonate reservoir ("Miliolitico" Fm. Auct.) located at the base of the Eocene stratigraphic sequence in the mining district of the Sulcis Coal Basin, southwestern Sardinia, is heterogeneous but presents suitable reservoir zones for the storage of the CO2. The GPS data analysis indicates that the study area is stable, since it is characterized by a surface crustal deformation smaller than 1 mm/y
The 300m thick Eocene–Oligocene terrigenous Cixerri Formation marks the middle Eocene Pyrenean uncon...
Stabilize and reduce the atmospheric concentration of anthropogenic greenhouse gases is one of the ...
CO2 Capture & Storage (CCS) is presently one of the most promising technologies for reducing anthrop...
AbstractIn this work we present a methodology suitable to identify a caprock-reservoir system for th...
The results provided by this study contribute to the geological characterization of a potential capr...
This study presents the results of the characterization of carbonate rocks (“Miliolitico” Formation ...
The naturally fractured carbonates have a great potential for Carbon Capture and Storage (CCS) purpo...
An ECBM feasibility study started for the Sulcis Coal Province (SW Sardinia, Italy): available geoch...
The Sulcis Basin is an area situated in SW Sardinia (Italy) and is a potential site for the developm...
One of the most promising options to stabilize and reduce the atmospheric concentration of greenhous...
Nowadays CO2 geological storage represents a valuable alternative to reduce greenhouse gases release...
An ECBM (Enhanced Coal Bed Methane) feasibility study started for the Sulcis Coal Province (SW Sardi...
The research concerns the assessment of the possibility to design a CCS pilot project in a deep sali...
Abstract — The Southern Adriatic Sea is one of the five prospective areas for CO2 storage being eval...
The Caspe geological structure was formed by the convergence of the Iberian Range and the Catalonian...
The 300m thick Eocene–Oligocene terrigenous Cixerri Formation marks the middle Eocene Pyrenean uncon...
Stabilize and reduce the atmospheric concentration of anthropogenic greenhouse gases is one of the ...
CO2 Capture & Storage (CCS) is presently one of the most promising technologies for reducing anthrop...
AbstractIn this work we present a methodology suitable to identify a caprock-reservoir system for th...
The results provided by this study contribute to the geological characterization of a potential capr...
This study presents the results of the characterization of carbonate rocks (“Miliolitico” Formation ...
The naturally fractured carbonates have a great potential for Carbon Capture and Storage (CCS) purpo...
An ECBM feasibility study started for the Sulcis Coal Province (SW Sardinia, Italy): available geoch...
The Sulcis Basin is an area situated in SW Sardinia (Italy) and is a potential site for the developm...
One of the most promising options to stabilize and reduce the atmospheric concentration of greenhous...
Nowadays CO2 geological storage represents a valuable alternative to reduce greenhouse gases release...
An ECBM (Enhanced Coal Bed Methane) feasibility study started for the Sulcis Coal Province (SW Sardi...
The research concerns the assessment of the possibility to design a CCS pilot project in a deep sali...
Abstract — The Southern Adriatic Sea is one of the five prospective areas for CO2 storage being eval...
The Caspe geological structure was formed by the convergence of the Iberian Range and the Catalonian...
The 300m thick Eocene–Oligocene terrigenous Cixerri Formation marks the middle Eocene Pyrenean uncon...
Stabilize and reduce the atmospheric concentration of anthropogenic greenhouse gases is one of the ...
CO2 Capture & Storage (CCS) is presently one of the most promising technologies for reducing anthrop...