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SIMULATION AND ASSESSMENT OF SHALE OIL LEAKAGE DURING IN SITU OIL SHALE MINING

机译:原位油页岩开采过程中页岩油泄漏的模拟与评估

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摘要

Whether there is a risk of shale oil leakage along the depleted wells or multi-level geological fractures during in situ oil shale mining was predicted using the geological data from the Songliao Basin and survey wells in Fuyu county of Jilin province, China. The simulation results obtained employing the Transport of Unsaturated Groundwater and Heat 2 (TOUGH2) software indicate that oil leakage along depleted wells would entail greater risks to the upper aquifer, while the leakage along multi-level geological fractures would involve higher risks to the lower aquifer close to the shale beds. The distributions of shale oil saturation under the original and 1.3-fold formation pressures are slightly different, and the pollution halo somewhat increased only in an aquifer 40-50 m underground The shale oil saturation in the leaking channel may be 0 during the leaking process.
机译:利用松辽盆地的地质数据和吉林省扶余县的调查井,预测了原位油页岩开采过程中是否有沿用井泄漏页岩油或多级地质裂缝的风险。使用不饱和地下水和热量传输2(TOUGH2)软件获得的模拟结果表明,沿枯竭井泄漏的石油将对上层含水层带来更大的风险,而沿多级地质裂缝的泄漏对下层含水层将带来更高的风险。靠近页岩床。在原始和1.3倍地层压力下页岩油饱和度的分布略有不同,并且仅在地下40-50 m的含水层中污染晕圈才有所增加。在泄漏过程中,泄漏通道中的页岩油饱和度可能为0。

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