Hybrid Enhanced Oil Recovery Using Smart Waterflooding explains the latest technologies
used in the integration of low-salinity and smart waterflooding in other EOR processes to …

The never ending challenge for petroleum engineers is to improve recovery from existing
reservoirs. One promising and relatively low cost method for improving recovery is low …

Petroleum engineers continue to seek cost-effective improved oil recovery (IOR) methods to
increase recovery efficiency, especially in heavy oil accumulations. Currently, smart water …

Recently studied the potential of low salinity alternating steam flooding (LSASF) in
laboratory Berea sandstone cores and the results were promising for increasing heavy oil …

Abstract Recently Al-Saedi and Flori et al.(2018d) studied the potential of low salinity
alternating steam flooding (LSASF) in laboratory sandstone cores, and the results were …

Low salinity water injection has been frequently studied as an enhanced oil recovery
process (EOR), mainly due to promising experimental results and because operational …

Abstract Previously, Al-Saedi and Flori et al. 2018d proposed a novel steam-low salinity
EOR technique called low salinity-alternating-steam flooding (LSASF) into a reservoir core …

In this study, we propose to quantify a control of water chemistry on water-rock interactions
and wettability alteration during Lo-Sal water-flooding of sandstone cores containing heavy …

In the following chapter, we review the opportunities and potential of a source of free energy
for mankind: the sun. In the last couple of decades, the interest in sources of renewable …

Low salinity (LS) water flooding and CO2 flooding are two new combination floods coupled
due to the vital role of both in methods for increasing oil recovery. LS water was examined …