A suitable option for Underground Hydrogen Storage (UHS) is aquifers composed of porous
and permeable media. However, the successful execution and long-term safety of the UHS …

As one promising technology to mitigate CO 2 emission, CO 2 capture utilization and
storage (CCUS) plays a crucial role in achieving carbon neutrality. The deep saline aquifer …

One of the pathways to attain NET ZERO is CO 2 injection into deep saline aquifers (DSAs),
which alters the saturation and pore pressure of the reservoir rocks, hence the effective …

Industrial development has significantly increased the concentration of CO2 in the
atmosphere, resulting in the greenhouse effect that harms the global climate and human …

Dissolution trapping is one of the most dominant mechanisms for the secure storage of CO2
injected in porous subsurface formations saturated with brine. This trapping mechanism is …

Underground storage of CO 2 in saline aquifers has emerged as a promising strategy for
mitigating global warming. The dissolution of CO 2 in saline aquifers induces the descent of …

Saline aquifers are considered as highly favored reservoirs for CO 2 sequestration due to
their favorable properties. Understanding the impact of saline aquifer properties on the …

Dissolution trapping is a permanent and safe mechanism for geological carbon
sequestration. An increase in density caused by the dissolution of CO 2 into brine can trigger …

Anthropogenic CO2 emissions have accumulated significantly in the last few decades
aggravating global warming. Mineral trapping is a key mechanism for the global energy …

Depleted gas reservoirs with bottom water show significant potential for long-term CO2
storage. The residual gas influences mass-transfer dynamics, further affecting CO2 …