AbstractA numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estimate their storage potential is presented in this paper. The estimation involves the consideration of key-performance indicator parameters that include: the pressure build- up for different rates and locations of injection, the regional mass fraction of CO2, the volumetric efficiency of the storage reservoirs, and the plume size. Various injection scenarios were compared in terms of these parameters, and the best scenario was identified for the capacity estimation. Potential leakage through the wellbores in the surrounding saline aquifer was also investigated
AbstractMethods for estimating subsurface volumes in porous and permeable geologic formations are ro...
Sub-surface saline aquifers are candidates as CO2 injection sites because they could have significan...
Thirty six onshore basins in Queensland, Australia, have been assessed for their CO2 geological stor...
A numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estimate thei...
AbstractA numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estim...
CO2 storage potential at Forties oilfield and the surrounding Paleocene sandstone aquifer accounting...
Numerical modelling is likely the only available tool to evaluate and predict the fate of CO2 inject...
Potential injection sites for geological CO2 storage include deep formations in mature sedimentary b...
AbstractExisting pilot, demonstration and commercial storage projects have demonstrated that CO2 geo...
Geological storage of CO2 in mature sedimentary basins of North America requires special considerati...
AbstractThe process of identifying suitable sites for storage of CO2 in deep saline formations invol...
AbstractIn recent years, global concerns about greenhouse gas emissions have stimulated considerable...
CO2 emissions can be reduced by storing it in underground geologic formations such as coal seams, ma...
AbstractAccurate calculation of carbon dioxide (CO2) storage capacity in deep saline aquifers is a c...
This paper presents a numerical simulation study of CO2 injection into the Forties and Nelson dome s...
AbstractMethods for estimating subsurface volumes in porous and permeable geologic formations are ro...
Sub-surface saline aquifers are candidates as CO2 injection sites because they could have significan...
Thirty six onshore basins in Queensland, Australia, have been assessed for their CO2 geological stor...
A numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estimate thei...
AbstractA numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estim...
CO2 storage potential at Forties oilfield and the surrounding Paleocene sandstone aquifer accounting...
Numerical modelling is likely the only available tool to evaluate and predict the fate of CO2 inject...
Potential injection sites for geological CO2 storage include deep formations in mature sedimentary b...
AbstractExisting pilot, demonstration and commercial storage projects have demonstrated that CO2 geo...
Geological storage of CO2 in mature sedimentary basins of North America requires special considerati...
AbstractThe process of identifying suitable sites for storage of CO2 in deep saline formations invol...
AbstractIn recent years, global concerns about greenhouse gas emissions have stimulated considerable...
CO2 emissions can be reduced by storing it in underground geologic formations such as coal seams, ma...
AbstractAccurate calculation of carbon dioxide (CO2) storage capacity in deep saline aquifers is a c...
This paper presents a numerical simulation study of CO2 injection into the Forties and Nelson dome s...
AbstractMethods for estimating subsurface volumes in porous and permeable geologic formations are ro...
Sub-surface saline aquifers are candidates as CO2 injection sites because they could have significan...
Thirty six onshore basins in Queensland, Australia, have been assessed for their CO2 geological stor...