In sandstone and carbonate, H 2-wettability is an essential factor that defines structural and
residual trapping capacities and significantly influences multi-phase fluid dynamics in the …

Structural trapping is the most critical geostorage mechanism utilized in H2 subsurface
storage projects due to the substantial gravity segregation of H2 and reservoir fluids. Hence …

The reduction of carbon footprints is one of the steps being taken as the world looks for a
solution to the difficulties caused by climate change. This will be accomplished by …

Enhanced oil recovery (EOR) is the process of residual oil production in the tertiary stage. It
requires the injection of external energy sources such as gases, chemicals, and thermal …

Global concern over climate change caused by greenhouse gas emissions has received
and is still receiving a lot of attention. Companies and nations have committed to reducing …

Shale reservoirs and their capacity to store absorbed greenhouse gases, mainly CO2, have
come to the forefront of scientific discourse as a result of the global effort to alleviate …

Chemical enhanced oil recovery often involves the injection of chemicals, such as
surfactants, polymers, nanoparticles, and macromolecules. These chemicals are to alter the …

Green enhanced oil recovery (GEOR) is an environmentally friendly technique that injects
specific green fluids to improve macroscopic and microscopic sweep efficiencies and boosts …

Chemical enhanced oil recovery (cEOR) strategies often involves the use of various
chemicals, including surfactants, nanofluids, polymers, alkalis, and co-solvents, to improve …

A comprehensive investigation into the intricate dynamics at the interface of brines and
calcite is imperative for effectively tackling challenges in enhanced oil recovery (EOR) …