Past reservoir simulations of carbon dioxide (CO2) storage in saline aquifers have shown
that the injection procedure can influence CO2 storage efficiency and injectivity. To …

CO2 Interim Storage (CIS) involves storing carbon dioxide in subsurface reservoirs for a
finite period of time to be subsequently withdrawn and utilized in enhanced oil recovery …

For large‐scale CO2 geological storage (CGS) in deep saline aquifers, storing maximum
possible amounts of CO2 over the project period is desirable. The ultimate storage capacity …

Storing CO2 in geological formations is an important component of reducing greenhouse
gases emissions. The Carbon Capture and Storage (CCS) industry is now in its establishing …

The CO2 storage reservoir for the Shenhua Carbon Capture and Storage (SHCCS)
Demonstration Project in the Ordos Basin in China is known for its low‐permeability and low …

Estimating the carbon dioxide (CO 2) storage capacity of deep saline aquifers is important
for identifying those most suitable for sequestration, and for planning the future development …

Carbon capture and storage (CCS) is the only viable technology to mitigate carbon
emissions while allowing continued large‐scale use of fossil fuels. The storage part of CCS …

Although it is recognized that deep aquifers offer a very large potential storage capacity for
CO2 sequestration it is not clear how to fill the storage with a large volume of CO2 in a …

Brine extraction from the CO2 injection interval and re‐injection into overlying shallower
aquifers have been described as an active management tool at sequestration sites. They …

This study was conducted to identify a potential CO2-storage-capacity-enhancement
technique: enhancement of CO2 storage through co-injection or the simultaneous injection …