The injection of sulfonated-modified water could be an attractive application as it results in
the formation of a mechanically rigid oil-water interface, and hence, possible higher oil …

Carbonated water injection (CWI) is known as an efficient technique for both CO 2 storage
and enhanced oil recovery (EOR). During CWI process, CO 2 moves from the water phase …

This paper investigates the additional oil recovery associated to viscoelastic flow instabilities
encountered during polymer flooding. Single and two-phase polymer EOR experiments …

Utilization of nanoparticles in EOR have gained high attention recently, with good but
controversial results reported on improving oil recovery. Within this work two types of …

This study focuses on the investigation of the flow behavior of viscoelastic polymer solutions
in porous media, aiming to better understand three phenomena: Elastic turbulence, elastic …

Utilisation of microorganisms as an enhanced oil recovery (EOR) method has attracted
much attention in recent years because it is a low-cost and environmentally friendly …

This paper uses a combination of approaches to evaluate the viscoelastic phenomenon in
high-molecular-weight polymers (24–28 M Daltons) used for enhanced oil recovery (EOR) …

We present a systematic workflow to facilitate the visualization of different fluids
behavior/performance. Fluids study in this work are brine, gas and specially foam, during …

We evaluate the polymer, surfactant and alkaline flooding performance in porous media by
using an in-house innovative experimental setup. This, to reach an optimum experimental …

This paper provides a new understanding of pore-scale polymer displacement processes,
namely an additional oil recovery due to elastic turbulence. Using the potential of state-of …