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    Study of Foam Mobility Control in Surfactant Enhanced Oil Recovery Processes in One-Dimensional, Heterogeneous Two-Dimensional, and Micro Model Systems 

    Li, Robert F. (2011)
    The focus of this thesis was conducting experiments which would help in understanding mechanisms and in design of surfactant enhanced oil recovery (EOR) processes in various scenarios close to reservoir conditions such as ...
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    Transverse relaxation in sandstones due to the effect of internal field gradients and characterizing the pore structure of vuggy carbonates using NMR and Tracer analysis 

    Rohilla, Neeraj (2013-09-16)
    Nuclear magnetic resonance (NMR) has become an indispensable tool in petroleum industry for formation evaluation. This dissertation addresses two problems. • We aim at developing a theory to better understand the phenomena ...
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    Influence of Electrostatic Potential to Wettability in Brine-Oil-Minerals System 

    Deng, Tao (2016-04-25)
    This study improves the microscopic understanding of electrostatic potential to a reservoir’s wettability, defined as the tendency of oil-wet or water-wet. Current conclusions about the wettability of oil reservoirs continue ...
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    Transport of Surfactant and Foam in Porous Media for Enhanced Oil Recovery Processes 

    Ma, Kun (2013-09-16)
    The use of foam-forming surfactants offers promise to improve sweep efficiency and mobility control for enhanced oil recovery (EOR). This thesis provides an in depth understanding of transport of surfactant and foam through ...

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    AuthorDeng, Tao (1)Li, Robert F. (1)Ma, Kun (1)Rohilla, Neeraj (1)AdvisorHirasaki, George J. (3)Biswal , Sibani Lisa (1)Hirasaki, George J. (1)Miller, Clarence A. (1)Subject
    Enhanced oil recovery (4)
    Chemical engineering (3)Surfactants (2)Applied sciences (1)Flow in porous media (1)Foam mobility (1)Foam mobility control (1)Foam modeling (1)Internal field gradients (1)Micromodel (1)... View MoreDate Issued2013 (2)2011 (1)2016 (1)Department
    Chemical and Biomolecular Engineering (4)
    Discipline
    Engineering (4)
    Degree LevelDoctoral (3)Masters (1)Degree NameDoctor of Philosophy (3)Master of Science (1)

    Home | FAQ | Contact Us | Privacy Notice
    Managed by the Digital Scholarship Services at Fondren Library, Rice University
    Physical Address: 6100 Main Street, Houston, Texas 77005
    Mailing Address: MS-44, P.O.BOX 1892, Houston, Texas 77251-1892