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The level of complexity and comprehensiveness will vary according to the use to which it will be put. In any specific case, however, the purpose of conducting an assessment may vary from simple calculations to test initial ideas for storage concepts, to support for an application for regulatory approval requiring detailed, site-specific performance assessment against relevant criteria. The general purpose of an assessment of geological CO2 storage is to determine the performance of the storage system.

7.4.4 Impacts from ecological modification.7.3.5 Modification of microbiological systems.7.3.2 Effect of CO2 on plants and algae.7.2.5 Modified hydrology and hydrogeology.7.2.4 Impacts on exploitation of natural resources.7.2 Impacts on the physical environment.6.1.6 Near-surface aquifers and surface water bodies.6.1.5 Hydrological regime and water balance.4.1.15 Stress and mechanical properties.3.2.13.1 Mineral dissolution and precipitation.3.2.10 Interaction of CO2 with chemical barriers.3.2.8 Thermal effects on the injection point.3.2.5 Mechanical processes and conditions.3.2.4 Displacement of saline formation fluids.3.2.2 Effects of pressurisation on reservoir fluids.3.2.1 Effects of pressurisation of reservoir on cap rock.3.1.3 CO2 solubility and aqueous speciation.3 CO2 Properties, Interactions & Transport.

2.2.2 Post-closure monitoring of storage.

2.2.1 Post-closure administrative control.

2.1.7 Pre-closure monitoring of storage.

2.1.6 Pre-closure administrative control.

1.3.9 CO2 presence influencing future operations.

1.3.7 Human activities in the surface environment.

1.3.6 Mining and other underground activities.

1.3.3 Social and institutional developments.

1.2.7 Hydrological and hydrogeological response to climate change.

1.2.2 Regional and local climate change.

1.1.5 Hydrological and hydrogeological response to geological changes.