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    • 3. 发明授权
    • Methods of forming pillars and channels in propped fractures
    • 在支撑骨折中形成支柱和通道的方法
    • US08936083B2
    • 2015-01-20
    • US13596662
    • 2012-08-28
    • Philip D. Nguyen
    • Philip D. Nguyen
    • E21B43/267
    • E21B43/267
    • Methods of forming channels within propped fractures that are essentially free of proppants and more spacious than the interstitial spaces within traditional proppant packs. Specifically, various proppant-laden fluids may be placed within a fracture in a subterranean formation, the proppants in the proppant-laden fluids having at least two distinct ranges of density. Once placed inside the fracture, the proppants can settle, separate, and consolidate into at least two distinct permeable masses according to their densities. Consequently, the high-density and low-density proppants can separate and form separate proppant masses when the fracture closes on the proppants. Through this process, a highly conductive channel can form inside the fracture through which production fluids can flow.
    • 在支撑性骨折内形成通道的方法,其基本上不含支撑剂,并且比传统支撑剂包中的间隙空间更宽。 具体而言,各种支撑剂载体可以放置在地层中的裂缝内,支撑剂载体中的支撑剂具有至少两个不同的密度范围。 一旦放置在裂缝中,支撑剂可以根据其密度沉降,分离和固结成至少两个不同的可渗透物质。 因此,当支撑剂上的断裂闭合时,高密度和低密度支​​撑剂可以分离并形成单独的支撑剂块。 通过该过程,可以在生产流体可以流过的裂缝内部形成高度导电的通道。