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首页> 外文期刊>Modeling Earth Systems and Environment >Groundwater flow modeling for impact assessment of port dredging works on coastal hydrogeology in the area of Al-Wakrah (Qatar)
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Groundwater flow modeling for impact assessment of port dredging works on coastal hydrogeology in the area of Al-Wakrah (Qatar)

机译:在Al-Wakrah(卡塔尔)地区进行港口疏ed工程对沿海水文地质影响评估的地下水流模型

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This paper presents the impact assessment of the port dredging works on aquifer’s hydrogeology in the area of Al-Wakrah Economic Port Zone 3 in Qatar (QEZ3) project using groundwater numerical model (MODFLOW-3D). The QEZ3 model is used to estimate the groundwater flow system and the groundwater levels in the study area, during the dredging and dewatering period. Specially, we focused on the impact of dredged and dewatering water stored in two programmed stilling basins. The modeling period is about6 years from August 2010 to May 2015 according to the available data and the project phasing. Three scenarios are chosen according to the time schedule of QEZ3 project. The model gives a high piezometric level of more than 2.5 m CD (chart datum) locatedin stilling basins area, which can will cause water resurgence and groundwater flooding. As solution, using the model results we proposed to change the programmed discharge areas.
机译:本文利用地下水数值模型(MODFLOW-3D)介绍了卡塔尔Al-Wakrah经济港口3区(QEZ3)项目中港口疏dr工程对含水层水文地质的影响评估。 QEZ3模型用于在疏and和脱水期间估算研究区域的地下水流系统和地下水位。特别是,我们重点研究了存储在两个程序化的静水池中的疏of和脱水水的影响。根据现有数据和项目分期,建模期从2010年8月到2015年5月大约为6年。根据QEZ3项目的时间表选择三种方案。该模型给出了位于静水盆地区域的大于2.5 m CD(图表基准)的高测压高度,这可能会导致水回潮和地下水泛滥。作为解决方案,我们建议使用模型结果来更改已编程的放电面积。

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