An Experimental Study of Nano-Fluid Alternating Gas Injection for Enhanced Oil Recovery of Carbonate Asmari Fractured Reservoir

In this research, it is attempted to detail the effect of MWCNT–SiO2 nanohybrid based nanofluids on improvement of water wetness of reservoir rock and reduction in interfacial tension between injecting nanofluid and reservoir oil. It has been experimentally shown that Nano-Alternating-Gas (NAG) has...

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Published inDilemas contemporáneos: educación, política y valores Vol. VI; no. 1
Main Authors Sajjadian, Vahid, Emamzadeh, Abolghasem, Mohammadjavad Nabavizadeh Rafsanjani
Format Journal Article
LanguageEnglish
Spanish
Published Toluca Asesorías y tutorías para la investigación científica en la Educación Puig-Salabarría S.C 01.09.2018
Subjects
Enhanced oil recovery
Fractured reservoirs
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Summary:In this research, it is attempted to detail the effect of MWCNT–SiO2 nanohybrid based nanofluids on improvement of water wetness of reservoir rock and reduction in interfacial tension between injecting nanofluid and reservoir oil. It has been experimentally shown that Nano-Alternating-Gas (NAG) has the capabilities to improve both wettability and interfacial tension (IFT) to increase recover factor of Asmari oil reservoir.
ISSN:2007-7890