The emission of carbon dioxide (CO 2) is globally recognized as a significant contributing
factor to climate change. The natural sequestration of CO 2 in reservoirs is widely …

In this study, we performed reservoir simulations to investigate CO 2 storage in the saline
aquifer in Sleipner by reservoir pressure management. Results show that by producing …

It is very important to study the fluid flow in a natural gas hydrate (NGH) reservoir for hydrate
exploitation. During the decomposition of NGH, some particles fall off and flow with the fluid …

The characterization of multiphase flow properties is essential for predicting large‐scale fluid
behavior in the subsurface. Insufficient representation of small‐scale heterogeneities has …

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 …

We explore may continue to flow from the lower to the upper layer. This implies that injection
should be stopped once the injected volume matches the static capacity of the formation in …

We explore CO2 injection into a layered permeable rock consisting of high permeability
reservoir layers, separated by low permeability mudstone, and taking the shape of an …

Carbon capture and storage has been identified as a key technology in the global effort to
reduce carbon emissions and mitigate the adverse effects of climate change. In this thesis …

Carbon Capture Utilization and Storage (CCUS) is considered an important technology that
can abate and reduce the anthropogenic effects of CO2. The technology consists mainly in …

CO2 migration is affected by rock heterogeneity but is not reflected in the relative
permeability (𝑘𝑟 (𝑆𝑤)) and capillary pressure (𝑃𝑐 (𝑆𝑤)) saturation functions measured by …