The Sulcis Basin is an area situated in SW Sardinia (Italy) and is a potential site for the development of CCS in Italy. This paper illustrates the preliminary results of geological characterization of fractured carbonate reservoir (Miliolitico Fm.) and the sealing sequence, composed by clay, marl and volcanic rocks, with a total thickness of more than 900 m. To characterize the reservoircaprock system an extensive structural-geological survey at the outcrop was conducted. It was also performed a study of the geochemical monitoring, to define the baseline conditions, measuring CO2 concentrations and flux in the study site
In recent years, two research projects specifically conceived by Italian Institutions of Research to...
The Sardinia microplate in the western Mediterranean represents an ideal example for examining the r...
Nowadays CO2 geological storage represents a valuable alternative to reduce greenhouse gases release...
In this work we present a methodology suitable to identify a caprock-reservoir system for the CO2 st...
The results provided by this study contribute to the geological characterization of a potential capr...
The naturally fractured carbonates have a great potential for Carbon Capture and Storage (CCS) purpo...
AbstractIn this work we present a methodology suitable to identify a caprock-reservoir system for th...
This study presents the results of the characterization of carbonate rocks (“Miliolitico” Formation ...
National Italian funding has recently been allocated for the construction of a 350 MWe coal-fired po...
The Regional Government of Sardinia has sanctioned the new Piano Energetico Ambientale Regionale (Re...
An ECBM feasibility study started for the Sulcis Coal Province (SW Sardinia, Italy): available geoch...
The CarbonSAFE Cascadia project team is conducting a pre-feasibility study to evaluate technical and...
The CarbonSAFE Cascadia project team is conducting a pre-feasibility study to evaluate technical and...
Sardinia is typically seismically quiescent, displaying an almost complete lack of historical earthq...
Sardinia is typically seismically quiescent, displaying an almost complete lack of historical earthq...
In recent years, two research projects specifically conceived by Italian Institutions of Research to...
The Sardinia microplate in the western Mediterranean represents an ideal example for examining the r...
Nowadays CO2 geological storage represents a valuable alternative to reduce greenhouse gases release...
In this work we present a methodology suitable to identify a caprock-reservoir system for the CO2 st...
The results provided by this study contribute to the geological characterization of a potential capr...
The naturally fractured carbonates have a great potential for Carbon Capture and Storage (CCS) purpo...
AbstractIn this work we present a methodology suitable to identify a caprock-reservoir system for th...
This study presents the results of the characterization of carbonate rocks (“Miliolitico” Formation ...
National Italian funding has recently been allocated for the construction of a 350 MWe coal-fired po...
The Regional Government of Sardinia has sanctioned the new Piano Energetico Ambientale Regionale (Re...
An ECBM feasibility study started for the Sulcis Coal Province (SW Sardinia, Italy): available geoch...
The CarbonSAFE Cascadia project team is conducting a pre-feasibility study to evaluate technical and...
The CarbonSAFE Cascadia project team is conducting a pre-feasibility study to evaluate technical and...
Sardinia is typically seismically quiescent, displaying an almost complete lack of historical earthq...
Sardinia is typically seismically quiescent, displaying an almost complete lack of historical earthq...
In recent years, two research projects specifically conceived by Italian Institutions of Research to...
The Sardinia microplate in the western Mediterranean represents an ideal example for examining the r...
Nowadays CO2 geological storage represents a valuable alternative to reduce greenhouse gases release...