阿斯旺城区地下水位上升问题研究

A. Manal, R. Eman
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引用次数: 0

摘要

埃及南部的阿斯旺市自2009年以来,由于一些主要井田部分停止抽水,以及高海拔地区日益城市化,目前正遭受地下水水位上升的困扰;造成严重环境问题,阻碍发展活动的。本研究旨在利用2012年至2017年的记录数据来研究该市地下水位的变化。采用数值地下水流动模型模拟了该地区的水文地质条件。因此,运行校准模型来检验降低地下水的解决方案。模型中地下水上升过程的反演是通过对8个井田采用与水位上升问题之前相等的强制抽取率来实现的。所采用的解决办法成功地消除了地下水位的上升。然而,建议进行进一步的研究,以避免负面的岩土影响,以便确定工程解决方案的最终设计并在物理上实施。关键词:地下水管理,地下水模拟,地下水降水,尼罗河谷DOI: 10.7176/CER/12-9-06出版日期:2020年9月30日
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of the Problem of Rising Groundwater levels in Aswan City Area
Aswan city, southern part of Egypt, is currently suffering from rising groundwater levels since 2009 due to partial discontinued pumping in some main well fields and growing urbanization in high relief areas; causing severe environmental problems hindering development activities. The present study aims to examine the changes in groundwater levels in the city using recorded data from 2012 to 2017. Numerical groundwater flow modeling is used to simulate the hydrogeological conditions of the region. Hence, the calibrated model is run to examine the solution of lowering groundwater. Inversing the groundwater rising process in the model is achieved by applying imposed abstraction rates, from eight well fields, equal to that before the rising levels problem. The adopted solution succeeded to nullify the rise in groundwater levels. However, further studies are recommended to evade negative geotechnical impacts so that the final design of an engineered solution can be set and physically implemented . Keywords: Groundwater management, Groundwater modeling, Groundwater de-watering, Nile Valley. DOI : 10.7176/CER/12-9-06 Publication date :September 30th 2020
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