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    Coupled geomechanics and fluid flow model for production optimization in naturally fractured shale reservoirs

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    Coupled geomechanics and fluid ...
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    Author
    Curnow, Jennifer S.
    Advisor
    Tutuncu, Azra
    Date issued
    2015
    Keywords
    geomechanics
    reservoir simulation
    hydraulic fracturing
    Hydraulic fracturing
    Permeability
    Shale
    Mathematical optimization
    
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    URI
    https://hdl.handle.net/11124/17103
    Abstract
    The benefits of hydraulic fracturing horizontal wells in unconventional reservoirs for production enhancement are evident; however, the best methods to truly increase recovery efficiency through these stimulations are still under great examination. Rather than perforating for only production purposes, hydraulic fracturing design has now turned its focus to perforating for reservoir rock stimulation. However, to accomplish the stimulation of both primary and secondary fracture networks, the coupled behaviors of geomechanics and fluid flow in response to hydraulic fracturing must be considered. This research details the development of a coupled model for the purpose of hydraulic fracture design optimization through the evaluation of different stimulation patterns. The patterns under consideration include the Zipper, Texas Two-Step, and Modified Zipper designs. Furthermore within these patterns, the well locations and hydraulic fracture properties are analyzed to determine the most ideal design for a shale oil reservoir based on recovery efficiency and economic viability.
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