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Simultaneous fracturing takes off

机译:同时压裂起飞

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摘要

Enormous multiwell fracs maximize exposure to shale reservoirs, achieving more production sooner. Large-volume slickwater fracture stimulation has proven very successful in naturally fractured shale reservoirs such as the Barnett Shale of North Texas, the Fayetteville Shale in Arkansas, the Marcellus Shale in Appalachia Basin and many other shale reservoirs. These shales require hydraulic fracture stimulation in order to obtain commercial production. The characteristics and mineralogical prop erties of the shale allow for the creation of complex fracture geometries that contact large surface areas during fracture stimulation, which all contribute to production.
机译:巨大的多孔压裂裂缝使页岩储层的暴露最大化,从而更快地实现了更多产量。在自然裂缝的页岩储层中,例如北德克萨斯的Barnett页岩,阿肯色州的Fayetteville页岩,阿巴拉契亚盆地的Marcellus页岩以及许多其他页岩储层中,大体积的滑水裂缝增产已证明非常成功。这些页岩需要水力压裂增产才能获得商业生产。页岩的特征和矿物学性质允许形成复杂的裂缝几何形状,这些裂缝几何形状在压裂刺激期间接触大表面积,所有这些都有助于生产。

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