Carbonated water has proven advantages over conventional CO2 injection in terms of
arresting free CO2 mobility, low-pressure injection, lower volume requirement, and higher …

Low salinity water (LSW) enhanced oil recovery (EOR) has gained more attention in
carbonate reservoirs with variety of mechanism hypothesis. Recent research focused on …

The academia and industry have paid more attention to low salinity water (LSW) enhanced
oil recovery (EOR) in carbonate reservoirs with a variety of mechanisms. Instead of widely …

One of the emerging technologies for boosting oil recovery in both sandstone and carbonate
reservoirs is engineered/low-salinity water injection (EWI/LSWI). In this paper, optimization …

This paper reports core flood interpretation for two scenarios: oil displacements by low
salinity water (LSW) and by LSW combined with a boosting agent, di-ethyl ketone (DEK) …

The industry and academia have continued efforts for aiming more oil recovery by focusing
on certain ions in low salinity water (LSW) brine composition with variety of mechanism …

Water-based enhanced oil recovery (EOR) has become more important in oil fields which
have applied water injection because of lowering additional investment with use of existing …

One of the promising and emerging enhanced oil recovery techniques in both sandstones
and carbonates is engineered water injection (EWI). However, few studies discussed the …

Engineered/low-salinity water injection (EWI/LSWI) technology is one of the latest and
promising technology for improving recovery in both sandstone and carbonate reservoirs. In …

Engineered/low-salinity water injection technology is one of the latest promising techniques
for improving recovery in both sandstone and carbonate reservoirs. In this paper, the …