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Impact of Geotechnical and Hydrogeological Parameters upon Shaft Sinking Performance in the Athabasca Basin Canada

机译:岩土地理参数对扶手盆地轴下沉性能的影响

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Shaft sinking in the Athabasca basin, Saskatchewan, Canada requires sinking through water bearing sandstone. Intersection of local zones of extensive fracturing results in the potential for high water inflows, which makes shaft sinking very challenging. This paper compares pre-shaft sinking data collected in the Athabasca Basin from shaft pilot holes with actual experience observed during shaft sinking. An attempt was made to correlate the observations from grouting of local fracture zones exposed by shaft excavation under high hydrostatic pressure head and flow to the geotechnical and hydrogeological parameters determined from the pilot boreholes This study is expected to predict anticipated shaft sinking conditions for the new Millennium Mine of Cameco Corporation in Athabasca Basin where two shaft pilot holes were drilled recently.
机译:轴下沉在阿斯巴马卡盆地,萨斯喀彻温省,加拿大需要沉入含水砂岩。广泛压裂的局部区域导致高水流入潜力,使轴下沉非常具有挑战性。本文将在轴导向孔中收集在Athabasca盆中的预轴下沉数据与轴下沉期间观察到的实际经验。尝试将观察结果与轴挖掘暴露的局部骨折区域灌浆,在高静静压头下,流向从先导孔确定的岩土和水文地理参数,这项研究预计将预测新千年的预期轴下沉条件Cameco Corporation在Athabasca盆地,最近钻了两个轴先导孔。

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