Multi‐method virtual electromagnetic experiments for developing suitable monitoring designs: A fictitious CO2 sequestration scenario in Northern Germany
Multi‐method virtual electromagnetic experiments for developing suitable monitoring designs: A fictitious CO2 sequestration scenario in Northern Germany
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DOI：
10.1111/1365-2478.12299
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发表时间：
2015-11
影响因子：
2.6
通讯作者：
J. Börner;Feiyan Wang;J. Weißflog;M. Bär;I. Görz;K. Spitzer
中科院分区：
文献类型：
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作者：
J. Börner;Feiyan Wang;J. Weißflog;M. Bär;I. Görz;K. Spitzer
我们提出了一项数值研究，利用真实地质地点的几何形状和一套具有不同源/接收器配置和不同灵敏度模式的合适电磁方法，对虚构的二氧化碳封存进行 3D 延时电磁监测。所有可用的地质信息都经过处理并直接应用到计算域中，该计算域通过非结构化四面体网格进行离散化。因此，我们展示了我们的数值模拟技术的性能能力。
We present a numerical study for 3D time‐lapse electromagnetic monitoring of a fictitious CO2 sequestration using the geometry of a real geological site and a suite of suitable electromagnetic methods with different source/receiver configurations and different sensitivity patterns. All available geological information is processed and directly implemented into the computational domain, which is discretized by unstructured tetrahedral grids. We thus demonstrate the performance capability of our numerical simulation techniques.