Carbon dioxide miscible flooding has become a popular method for Enhanced Oil Recovery
(EOR) because it not only efficiently enhances oil recovery but also considerably reduces …

Abstract Enhanced Oil Recovery techniques are gaining more attention worldwide as the
proved oil reserves are declining and the oil price is hiking. Although many giant oil …

The chronically relapsing nature of alcoholism leads to substantial personal, family, and
societal costs. Addiction-comprehensive health enhancement support system (A-CHESS) is …

Asphaltene deposition has hindered oil production from asphaltenic oil reservoirs through
deposition in reservoir rock and surface facilities. This paper investigates the effect of resin …

Oil production from asphaltenic oil reservoirs has always encountered difficulties, such as
plugging and unpredictable fluid properties. To physically recognize the aspects of …

The main tool for screening of EOR techniques is generally based on the criteria presented
in a variety of tables and graphs given in the literature. These data are derived from the …

The utilization of microfluidics has generated deep insights into asphaltene precipitation
mechanisms and oil–water emulsion stabilization. Agglomeration and precipitation of …

Asphaltene deposition during enhanced oil recovery (EOR) processes is one of the most
problematic challenges in the petroleum industry, potentially resulting in flow blockage. Our …

Asphaltene precipitation is traditionally modeled using the Flory–Hüggins polymer solution
theory. The existing thermodynamic models, generally, do not take into account the …

Asphaltene can precipitate in oil reservoirs as a result of natural depletion and/or gas
injection crippling the oil production performance. Most of the conventional models for …