New Studies of Polymer Surfaces and Interfaces

doi:10.3390/books978-3-7258-3955-1

Download Url(s)

https://mdpi.com/books/pdfview/book/10845

Contributor(s)

Chen, Xin (editor)

Trivedi, Japan (editor)

Liu, Zheyu (editor)

Liu, Jianbin (editor)

Li, Zhe (editor)

Language

English

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Abstract

This reprint is derived from the Special Isue "New Studies of Polymer Surfaces and Interfaces" of Polymers and contains a total of 10 papers. These papers focus on the application of polymers in the field of enhanced oil recovery (EOR), mainly revealing EOR mechanisms of different types of polymer applications and physical and chemical reactions of the surface/interface. The papers in this reprint are contributed by academics from different countries and universities and they present recent research hotspots and progress related to this topic. This reprint can provide readers with knowledge on good theoretical and experimental methods.

URI

https://directory.doabooks.org/handle/20.500.12854/165509

Keywords

polymer-assisted CO2 flooding; CO2 responsive; injectivity; resistance increasing; profile control; EOR; crude oil; pour point depressant; maleic anhydride; ene monomers; pour point depressant mechanism; steam flooding; foam; enhance oil recovery; high temperature; amphiphilic polymer; hydrophobic association; self-emulsification; heavy oil viscosity reduction; enhanced oil recovery; shale oil; clean fracturing fluids; gel-breaking fluids; reutilization; emulsion; epoxy resin insulator; micron-nano dust; GIS/GIL; adsorption behavior; surface flashover; hydrophilic coating materials; time-domain nuclear magnetic resonance; contact angle; chemoinformatics descriptors; machine learning; heavy oil reservoir; offshore; polymer flooding; surfactant–polymer flooding; fractured core; supercritical CO2; CO2-soluble blowing agent; static foaming performance evaluation; blocking rate; enhanced recovery; injection parameter optimization; strong heterogeneity; discontinuous chemical flooding; polymer slug combination; displacement equilibrium