Successful deployment of geological carbon storage (GCS) requires an extensive use of
reservoir simulators for screening, ranking and optimization of storage sites. However, the …

A decrease in reservoir pressure can lead to remobilization of residually trapped CO 2. In
this study, the pore-scale processes related to trapped CO 2 remobilization under pressure …

Remobilization of residually trapped CO2 can occur under pressure depletion, caused by
any sort of leakage, brine extraction for pressure maintenance purposes, or simply by near …

Conventional steam injection projects have long been an iconic process in the development
of heavy oil reserves; nevertheless, they face significant challenges in terms of energy …

The effects of CO2-water-rock interactions on the injectivity and safety of CO2 geological
storage have drawn wide attention. The geochemical reaction mechanisms in carbonate …

Alterations of the mineral phase of deep reservoirs are desired as a process for carbon
capture and storage, driven by changes in fluid composition due to CO 2 injection …

Residual trapping of CO 2, typically quantified by residual gas saturation (S gr), is one of the
main trapping mechanisms in geological CO 2 storage (GCS). An important additional …

Saline aquifers are the most popular waste and CO2 injection and storage reservoirs
worldwide. This project proposes that several optimal injection positions should be …

Residual or capillary trapping is one of the key trapping mechanisms for CO 2 geological
storage. At the Heletz, Israel, pilot injection site, two dedicated field experiments have been …

Geological storage of CO2 in deep saline aquifers mitigates atmospheric emissions. In situ
storage is facilitated by several trapping mechanisms including residual trapping, which …