Mechanism of Tertiary Oil Recovery by Aqueous Chemical Flooding

Kamath, Krishna; Zammerilli, A.M.; Comberiati, Joseph; Taylor, Billy; Slagle, Franklin

doi:10.2523/10599-ms

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2018

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“…Another important function of micellar flooding is mobility control categorized into (a) immiscible displacement or secondary recovery above residual oil saturation and (b) miscible displacement of immobile phase. Micellar flooding is classified as a miscible displacement where one part is homogeneous (single phase) and one parts two phases [2]. Since the slug of size of chemical flooding is big especially in field application, the properties of flooding fluids influence the reservoir entirely, not partially.…”

Section: Introductionmentioning

confidence: 99%

A Field-Scale Simulation Study of Surfactant and Polymer Flooding in Sandstone Heterogeneous Reservoir

P¹

2018

J Pet Environ Biotechnol

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In the current work, three scenarios were considered including water, polymer, and surfactant/polymer flooding for a heterogeneous sandstone reservoir in the Asmari Field located at the South West of Iran in a simulation work. No injection of chemical flooding has been done on this typical reservoir. Most of Enhanced Oil Recovery methods were considered to be water and gas injection in this reservoir so far. UTCHEM was used as a 3D, and compositional simulator to model of chemical flooding process. Sensitivity analyses of vital parameters have been carried out and the results of simulation work were presented.

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Section: Introductionmentioning

confidence: 99%

A Field-Scale Simulation Study of Surfactant and Polymer Flooding in Sandstone Heterogeneous Reservoir

P¹

2018

J Pet Environ Biotechnol

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show abstract

Mechanism of Tertiary Oil Recovery by Aqueous Chemical Flooding

Cited by 1 publication

References 0 publications

A Field-Scale Simulation Study of Surfactant and Polymer Flooding in Sandstone Heterogeneous Reservoir

A Field-Scale Simulation Study of Surfactant and Polymer Flooding in Sandstone Heterogeneous Reservoir

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