The present study deals with the formulation and characterization of alkali-surfactant-
polymer slugs using gemini surfactant (GS) for effective application in enhanced oil recovery …

Polymer flooding is an effective enhanced oil recovery technology used to reduce the
mobility ratio and improve sweep efficiency. A new polymer injection scheme is investigated …

Surfactant-polymer flooding is an effective process in extracting most of the original oil in
place remained after conventional water flooding process. However, this technique is …

Chemical Enhanced Oil Recovery processes (CEOR) are nowadays commonly used by
engineers to improve the recovery factor of an oil field. In this paper, we propose to …

In the recent years, foam process has shown a growing potential in producing naturally
fractured reservoirs. While much effort was devoted to fractured reservoir characterization …

The physical models governing surfactant-polymer (SP) flooding process are subject to
parametric uncertainties, accurate quantification of which is crucial for improved decision …

Reservoir 2 shows the same vertical facies stacking pattern across Oilfield A. These facies
are observed to be laterally continuous across other oilfields in Abu Dhabi. Multi-scale static …

In the recent years, foam process has shown a growing potential in producing naturally
fractured reservoirs. While much effort was devoted to fractured reservoir characterization …

Prior to field-scale development of chemical EOR processes, pilot tests are widely accepted
in the oil industry as a standard method to determine the efficiency of the formulated …

This work presents a new workflow to obtain a better-constrained reservoir-scale model for
an Alkaline-Surfactant-Polymer (ASP) injection pilot design. It is explained how the impact of …