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Modeling of In-Situ Solution Mining Processes

机译:原位解决方案挖掘过程建模

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摘要

We apply a nonlinear reaction-diffusion-advection model to the simulation of a five-spot in-situ solution mining operation. The simulation is based on a finite element model of the governing equations. The porosity dependency of the hydraulic conductivity gives rise to a positive feedback, manifesting itself in porosity fingering instabilities. The deformation dependency of dispersion coefficients is also taken into consideration. Through the simulation, we demonstrate that the characteristics of mineral recovery concentration histories are affected significantly by the total injection flux or by the total ejection flux. The peak mineral recovery concentration decreases as the total injection or ejection flux increases.
机译:我们将非线性反应扩散对流模型应用于五点原位溶液开采作业的模拟。该模拟基于控制方程的有限元模型。水力传导率的孔隙度依赖性引起正反馈,表现为孔隙度指状不稳定性。还考虑了色散系数的变形依赖性。通过模拟,我们证明了矿物采出浓度历史的特征受总注入通量或总排出通量的显着影响。随着总注入或排出通量的增加,峰值矿物回收浓度降低。

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