AbstractGeological CO2 storage will be designed to prevent any CO2 leakage. However, as recognized by the European Commission's (EC) CO2 Storage Directive, a capability is needed to assess leakage impacts, even though leaks are unlikely. The RISCS project, which is funded by the EC and industry, is developing approaches to assess possible CO2 leakage impacts on near surface ecosystems. During the project the impacts of CO2 on terrestrial ecosystems were investigated using field experiments and systems models. A comparison between results from the experiments and models builds confidence that the main CO2 impacts on these systems can be adequately modelled
A cleaner use of fossil fuels supported by Carbon Capture and Storage (CCS) techniques is considered...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
Research has shown that the geological storage of CO2 has the potential to be an effective and safe ...
Geological CO2 storage will be designed to prevent any CO2 leakage. However, as recognized by the Eu...
Evidence to date indicates that leakage is of low probability if site selection, characterisation an...
AbstractEvidence to date indicates that leakage is of low probability if site selection, characteris...
Carbon Capture and Storage is increasingly seen as a way of combating rising CO2 concentrations in ...
Evidence to date indicates that leakage is of low probability if site selection, characterisation an...
Geological CO2 storage will be designed to prevent any CO2 leakage. However, according to precaution...
AbstractGeological CO2 storage will be designed to prevent any CO2 leakage. However, according to pr...
AbstractThe RISCS (Research into Impacts and Safety in Carbon Storage) project is investigating pote...
AbstractSites of natural CO2 leakage provide opportunities to study the potential environmental impa...
This paper reviews research into the potential environmental impacts of leakage from geological stor...
AbstractResearch has shown that the geological storage of CO2 has the potential to be an effective a...
CO2 capture and geological storage offers an option for reducing man-made greenhouse gas emissions. ...
A cleaner use of fossil fuels supported by Carbon Capture and Storage (CCS) techniques is considered...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
Research has shown that the geological storage of CO2 has the potential to be an effective and safe ...
Geological CO2 storage will be designed to prevent any CO2 leakage. However, as recognized by the Eu...
Evidence to date indicates that leakage is of low probability if site selection, characterisation an...
AbstractEvidence to date indicates that leakage is of low probability if site selection, characteris...
Carbon Capture and Storage is increasingly seen as a way of combating rising CO2 concentrations in ...
Evidence to date indicates that leakage is of low probability if site selection, characterisation an...
Geological CO2 storage will be designed to prevent any CO2 leakage. However, according to precaution...
AbstractGeological CO2 storage will be designed to prevent any CO2 leakage. However, according to pr...
AbstractThe RISCS (Research into Impacts and Safety in Carbon Storage) project is investigating pote...
AbstractSites of natural CO2 leakage provide opportunities to study the potential environmental impa...
This paper reviews research into the potential environmental impacts of leakage from geological stor...
AbstractResearch has shown that the geological storage of CO2 has the potential to be an effective a...
CO2 capture and geological storage offers an option for reducing man-made greenhouse gas emissions. ...
A cleaner use of fossil fuels supported by Carbon Capture and Storage (CCS) techniques is considered...
AbstractThe long-term safety of future CO2 storage projects in aquifers will not only rely on a comp...
Research has shown that the geological storage of CO2 has the potential to be an effective and safe ...