This paper investigates the viability of CO 2 storage in geological formations, including
depleted hydrocarbon reservoirs applying 3-dimensional seismic and well data of the Niger …

The purpose of this study is to examine previous works undertaken that characterise the
cement alteration due to its exposure to CO 2-bearing fluids attacking on the interfaces of …

CO 2 geo-storage efficiency is highly affected by many factors including formation geology,
storage site conditions and properties (eg aquifer temperature, aquifer depth, vertical to …

This study characterized the AA-01 depleted hydrocarbon reservoir in the KOKA field, Niger
Delta, using a multidimensional approach. This investigation involved data validation …

The performance of carbon geo-sequestration is influenced by several parameters, such as
the heterogeneity of the reservoir, the characteristics of the caprock, the wettability of the …

Carbon capture and storage is part of Canada's climate change action plan to reduce
greenhouse gas emissions. The Containment and Monitoring Institute Field Research …

Three different outcrops are selected in this study, each representing a shallow-marine
system with varying heterogeneity provided by siliciclastic–carbonate mixing that may form a …

A waterflood study has been performed on a heterogeneous oil deposit with a rising water-
cut and production decline after 10 years of commercial production. The objective was to …

The injection of carbon dioxide (CO 2) captured from combustion-based processes into
underground formations is one of a number of plausible methods to reduce its release into …

CO2 injection into geological formations is considered one way of mitigating the increasing
levels of carbon dioxide concentrations in the atmosphere and its effect on and global …