The minimum miscibility pressure (MMP) between CO 2 and crude oil is a critical parameter
for CO 2 enhanced oil recovery (EOR). Whilst different methodologies have been employed …

Due to the compactness of shale reservoir matrix and the high conductivity of fractures, the
hydrocarbon gas injection huff and puff method or displacement is the most realistic …

Many studies have shown that diffusion can be a dominant transport mechanism in EOR in
nanoporous media. Surface area and diffusion length govern diffusion efficiency. While …

Water flooding is a commonly used technique to improve oil recovery, although the amount
of oil left in reservoirs after the procedure is still significant. Gas displacement after water …

Due to the ultralow porosity and permeability of shales, molecular diffusion plays an
important role in fluid migration and transport. Several studies have experimentally …

Abstract Enhanced Oil and Gas Recovery (EOGR) methods are increasingly becoming
essential components in the future of hydrocarbon production, with CO2 injection emerging …

Abstract Enhanced Oil Recovery (EOR) methods could be considered as the future of oil
production. Particularly, Huff-n-Puff (HnP) EOR is a very promising technique implemented …

Even with the great advancements in hydraulic fracturing and shale well completions, the
current recovery factor for liquid-rich shale is about 5% whereas that for gas-rich shale is …