Due to the challenges of discovering new energy sources, enhanced oil recovery (EOR)
techniques remain a potential area of research interest to produce residual oil in matured …

Low salinity effects (LSE) improved recovery could be obtained by reducing salinity and/or
modifying the specific ions of injected brines. Low salinity waterflooding (LSW) is described …

Low salinity waterflooding has become increasingly popular to improve recovery efficiency
in matured oil fields. Numerous underlying mechanisms behind the low salinity …

Low salinity water flooding (LSW) has been proven to be a low-cost and accessible
enhanced oil recovery method in conventional reservoirs. However, its applications and …

Enhanced oil recovery methods have been widely used around the world to improve
ultimate hydrocarbon recovery. Among them, low salinity water flooding has gained attention …

Low-salinity water flooding (LSWF) is an EOR method applicable to both sandstone and
carbonate reservoirs. In recent years, LSWF has become an attractive technique but still …

Low salinity water flooding is a common technique for enhancing oil recovery; however, the
mechanism behind the low-salinity effect, positive or negative, is still not fully understood. In …

During the low salinity waterflooding (LSWF) of a viscous asphaltic oil reservoir, fluid-fluid
interactions have a large influence on the fluid flow, pore-scale events, and thus oil recovery …

Corrosion defects of screen occurred frequently in sand control process due to the influence
of formation factors. The main purpose of this study was to analyze screen scaling based on …

Shale and tight hydrocarbons are vital to global energy dynamics. The fluid flow in sub-
micron pores of tight oil reservoirs varies from bulk fluid flow. The Darcy law is widely …