A Review of Gemini Surfactants: Potential Application in Enhanced Oil Recovery

Обзор геминальных поверхностно-активных веществ: потенциальное применение в повышении нефтеотдачи
Muhammad Shahzad Kamal
2015-12-26

Enhanced oil recoveryGemini surfactantsInterfacial tensionRheological characterizationWettability alteration
Abstract Gemini surfactants are a group of novel surfactants with more than one hydrophilic head group and hydrophobic tail group linked by a spacer at or near the head groups. Unique properties of gemini surfactants, such as low critical micelle concentration, good water solubility, unusual micelle structures and aggregation behavior, high efficiency in reducing oil/water interfacial tension, and interesting rheological properties have attracted the attention of academic researchers and field experts. Rheological characterization and determination of the interfacial tension are two of the most important screening techniques for the evaluation and selection of chemicals for enhanced oil recovery (EOR). This review deals with rheology, wettability alteration, adsorption and interfacial properties of gemini surfactants and various factors affecting their performance. The review highlights the current research activities on the application of gemini surfactants in EOR.
1
Gemini surfactants contain multiple hydrophilic heads and hydrophobic tails connected by a spacer near the head groups.
2
Gemini surfactants efficiently reduce oil–water interfacial tension, supporting their potential use in enhanced oil recovery.
3
Rheology and interfacial-tension measurements are identified as key screening methods for selecting EOR chemicals.
4
The review evaluates gemini-surfactant effects on rheology, wettability alteration, adsorption, and interfacial properties, including factors controlling performance.
5
They exhibit low critical micelle concentrations, good water solubility, unusual aggregation structures, and distinctive rheological behavior.

Gemini surfactants in enhanced oil recovery

Their rheological, wettability-altering, adsorption, and oil/water interfacial properties, including factors affecting performance and EOR applicability

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2015-12-26
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Muhammad Shahzad Kamal
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