Featured Application This work suggests that horizontal injectors are a safe way to keep
CO2 trapped in the storage site and reduce/prevent any unexpected event associated with …

The increasing level of anthropogenic CO2 in the atmosphere has made it imperative to
investigate an efficient method for carbon sequestration. Geological carbon sequestration …

Potential CO2 leakage from deep geologic reservoirs requires evaluation on a site-specific
basis to assess risk and arrange mitigation strategies. In this study, a heterogeneous and …

With the continuous improvement of carbon emission requirements and the promotion of the
strategic position of shale gas energy, CO 2 flooding shale gas technology has become one …

This paper explores the adsorption behaviour of geomaterials in the framework of CO 2
sequestration in shallow level coal seams. Manometric adsorption experiments were carried …

Reaction-diffusion systems are ubiquitous in nature, therefore they are widely studied both
experimentally and theoretically. The driving force behind reaction-diffusion phenomena can …

Potential CO2 leakage from deep geologic reservoirs requires evaluation on a site-specific
basis to assess risk and arrange mitigation strategies. In this study, a heterogeneous and …

Featured Application This study emphasizes the importance of comprehensive monitoring,
calibration, and optimization of storage strategies in a saline aquifer. It also highlights the …

Supercritical carbon dioxide (scCO 2) trapping mechanisms within carbon geostorage
(CGS) primarily hinge on the upper caprock system, with shales being favored for their fine …

Carbon dioxide (CO 2) mineralization is a promising carbon capture and storage technology
that converts CO 2 into stable carbonate minerals. This study provides a comprehensive …