Cyclic gas injection effectively enhances oil recovery for low-permeability oil reservoirs.
Numerous theoretical, mathematical, and laboratory investigations have attempted to unlock …

The flaring of associated gas from oil wells and the excess gas from gas-processing units
and oil refineries is one of the most prominent producers of greenhouse gas emissions and …

Horizontal well drilling and multistage hydraulic fracturing have been demonstrated as
effective approaches for stimulating oil production in the Bakken tight oil reservoir. However …

The ultimate recovery factor in tight and shale resources is limited and is usually in the range
of 5–10%. Although high-intensity fracturing and refracturing can increase recovery, an …

In this study, the dynamic IFT and dilational rheological behavior of fluids/nanofluids
generated from cetyltrimethylammonium bromide (CTAB)-grafted faujasite (FAU)-based …

This study investigates the potential of functionalised silica nanoparticles (SiO 2 NPs) for
enhanced oil recovery (EOR), employing environmentally friendly and cost-effective …

The shale matrix is a multiscale porous medium featuring nanopores, macropores, and
micro-fractures, exhibiting distinct transport mechanisms and phase behaviors. This study …

There are several reasons that may a cyclic gas injection (CGI) is preferred over a
continuous operation. Extra-low permeability reservoirs and gas condensate reservoirs are …

Huff-and-puff is a key technology for the efficient recovery of oil and gas from tight reservoirs.
Active water and CO2 are two huff-and-puff media with great development potential; …

This study focuses on enhanced oil recovery potential of the Vaca Muerta (VM) shale
formation in the Neuquen Basin, Argentina. We conduct hydrocarbon gas Huff-n-Puff (HnP) …