AbstractThis paper demonstrates the application of an approach to storage capacity estimation using a classification system that closely follows the Petroleum Resource Management System (PRMS) recommended by the Society of Petroleum Engineers. We apply the approach to an assessment of the storage capacity of a hypothetical, but representative storage site in the Surat Basin, onshore Australia. The assessment assumes the CO2 is captured from sources in south Queensland and transported to the potential storage site. We estimate that the “Prospective Storage Capacity” is between zero and 560 million tonnes
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
AbstractIt is recognized that most of the available geological storage capacity for CO2 is in saline...
Estimating the capacity of a geological formation to store CO2 is not a straightforward or simple pr...
AbstractThis paper demonstrates the application of an approach to storage capacity estimation using ...
This paper demonstrates the application of an approach to storage capacity estimation using a classi...
AbstractThe use of the term capacity to describe possible geologic storage implies a realistic or li...
AbstractThe preparation of reasonable estimates of CO2 storage capacity is a key task for engineers ...
AbstractGeologically based methodologies to assess the possible volumes of subsurface CO2 storage mu...
A numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estimate thei...
Associated with the endeavours of geoscientists to pursue the promise that geological storage of CO2...
AbstractA numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estim...
CO2 captured from point sources such as power generation and industrial facilities can be compressed...
AbstractExisting pilot, demonstration and commercial storage projects have demonstrated that CO2 geo...
AbstractBased on the Techno-Economic Resource-Reserve Pyramid, CO2 storage capacity is divided to Th...
AbstractMapping of CO2 geological storage resources provides an important element in the planning of...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
AbstractIt is recognized that most of the available geological storage capacity for CO2 is in saline...
Estimating the capacity of a geological formation to store CO2 is not a straightforward or simple pr...
AbstractThis paper demonstrates the application of an approach to storage capacity estimation using ...
This paper demonstrates the application of an approach to storage capacity estimation using a classi...
AbstractThe use of the term capacity to describe possible geologic storage implies a realistic or li...
AbstractThe preparation of reasonable estimates of CO2 storage capacity is a key task for engineers ...
AbstractGeologically based methodologies to assess the possible volumes of subsurface CO2 storage mu...
A numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estimate thei...
Associated with the endeavours of geoscientists to pursue the promise that geological storage of CO2...
AbstractA numerical simulation study of CO2 injection into the Forties and Nelson oilfields to estim...
CO2 captured from point sources such as power generation and industrial facilities can be compressed...
AbstractExisting pilot, demonstration and commercial storage projects have demonstrated that CO2 geo...
AbstractBased on the Techno-Economic Resource-Reserve Pyramid, CO2 storage capacity is divided to Th...
AbstractMapping of CO2 geological storage resources provides an important element in the planning of...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
AbstractIt is recognized that most of the available geological storage capacity for CO2 is in saline...
Estimating the capacity of a geological formation to store CO2 is not a straightforward or simple pr...