Continuous monitoring has been carried out at a fluvial flood-plain site near Rome for over a year. There is a mix of biogenic CO2 and deep geogenic CO2 at the site at relatively low concentrations and fluxes compared with other natural CO2 seepage sites studied previously. Factors such as temperature and soil moisture clearly affect the CO2 concentration and flux and seasonal and diurnal influences are apparent. Statistical approaches are being used to try to define these relationships and separate out the two gas components, which would be necessary in any quantification of leakage from CO2 storage
CO2 injected into rock formations for deep geological storage must not leak to surface, since this w...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
AbstractNear surface gas measurements are presented from a shallow (20m depth) CO2 injection experim...
Continuous monitoring has been carried out at a fluvial flood-plain site near Rome for over a year. ...
Regulations for geological storage of CO2 (such as the EU Directive on Geological Storage of CO2 and...
The measurement of gas concentrations and fluxes in the soil and atmosphere is a powerful tool for m...
AbstractImplementation of geological CO2 storage requires monitoring for potential leakage, with an ...
AbstractItaly is one of the most promising prone areas to study the CO2 behavior underground, the ca...
Abstract Italy is one of the most promising prone areas to study the CO 2 behavior underground, the ...
AbstractCO2 storage monitoring programmes aim to demonstrate the effectiveness of the project in con...
AbstractCO2 storage in the subsurface is becoming more and more attractive as a means to reduce CO2 ...
Although the concept of geological CO2 storage is sound, and storage projects will be engineered to ...
AbstractA critical component of long term geological sequestration of anthropogenic CO2 will be our ...
The potential risks of geological CO2 storage must be understood and geologists are required to pred...
Near surface gas measurements are presented from a shallow (20 m depth) CO2 injection experiment at ...
CO2 injected into rock formations for deep geological storage must not leak to surface, since this w...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
AbstractNear surface gas measurements are presented from a shallow (20m depth) CO2 injection experim...
Continuous monitoring has been carried out at a fluvial flood-plain site near Rome for over a year. ...
Regulations for geological storage of CO2 (such as the EU Directive on Geological Storage of CO2 and...
The measurement of gas concentrations and fluxes in the soil and atmosphere is a powerful tool for m...
AbstractImplementation of geological CO2 storage requires monitoring for potential leakage, with an ...
AbstractItaly is one of the most promising prone areas to study the CO2 behavior underground, the ca...
Abstract Italy is one of the most promising prone areas to study the CO 2 behavior underground, the ...
AbstractCO2 storage monitoring programmes aim to demonstrate the effectiveness of the project in con...
AbstractCO2 storage in the subsurface is becoming more and more attractive as a means to reduce CO2 ...
Although the concept of geological CO2 storage is sound, and storage projects will be engineered to ...
AbstractA critical component of long term geological sequestration of anthropogenic CO2 will be our ...
The potential risks of geological CO2 storage must be understood and geologists are required to pred...
Near surface gas measurements are presented from a shallow (20 m depth) CO2 injection experiment at ...
CO2 injected into rock formations for deep geological storage must not leak to surface, since this w...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
AbstractNear surface gas measurements are presented from a shallow (20m depth) CO2 injection experim...