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Some Geomechanical Aspects of Geological CO_2 Sequestration

机译:固存地质CO_2的一些地质力学方面

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Reservoir depletion and subsequent CO_2 injection into the depleted geological reservoir induce stress changes that may mechanically damage top seal and wells, or trigger existing faults, creating the leakage pathways for CO_2 escape from the reservoir. The role of geomechanics is to assess the mechanical impact of stress changes on seals, wells and faults. Since many hydrocarbon fields are geometrically complex and irregular, and the rock properties are spatially variable, such an assessment can be conveniently done with a numerical modeling of the field. Based on numerical analyses, recommendations can be given regarding the overall suitability of the depleted geological reservoir for CO_2 disposal and safe CO_2 injection.
机译:储层的枯竭以及随后向枯竭的地质储层中注入CO_2会引起应力变化,该应力变化可能会机械破坏顶盖和井,或触发现有的断层,从而形成了CO_2从储层逸出的泄漏途径。地质力学的作用是评估应力变化对密封,井和断层的机械影响。由于许多油气田的几何形状复杂且不规则,并且岩石性质在空间上是可变的,因此可以使用该油田的数值模型方便地进行这种评估。基于数值分析,可以就枯竭的地质储层总体适用于CO_2处置和安全注入CO_2提出建议。

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