CO 2 storage in deep saline aquifers is an effective strategy for reducing greenhouse gas
emission. However, salt precipitation triggered by evaporation of water into injected dry CO …

CO2 storage technology is crucial in addressing climate change by controlling the
greenhouse effect. This technology involves the injection of captured CO2 into deep saline …

Injecting CO 2/N 2 into marine sediments to form gas hydrates for CO 2 storage is an
emerging Carbon Capture and Storage (CCS) technology, holds the potential to significantly …

Our objective is to characterize the potential hydrate formation during CO2 injection in a
depleted gas reservoir for which both the pressure and temperature can be low and within …

With the growing demand for geological storage of CO2, depleted gas reservoirs are
becoming attractive targets due to proven caprock and existing infrastructures. However …

The reduction of temperature caused by Joule-Thomson effect during injection of CO 2 in
low pressure reservoirs combined with presence of water can lead to formation of hydrates …

Understanding the kinetics of CO2 hydrate formation and the resulting saturation of the
hydrate in porous rocks is crucial for processes such as the storage of CO2 in underground …

A proper understanding of the shear deformation behavior of natural gas hydrate-bearing
sediments and acoustic response characteristics is crucial for safe extraction and the …

This research deals with gas hydrates formation and dissociation within a marine quartz-
based porous sediment and in batch conditions. Hydrates were formed with small-chain …

Hydrogen storage in compositional reservoirs is often challenging and often a subject of
keen interest to produce clean energy. For the case of El Carito-Mulata-Santa Barbara fields …