Hydro geochemical properties and groundwater quality using FGQI method from the stand point of Iranian standards and World Health Organization A case study in Naqadeh plain, Iran

Behzad Saeedi Razavi, S. Senemari
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引用次数: 1

Abstract

The groundwater system does not respond quickly to pollution, and the time it takes for contaminants to reach the groundwater and release it into the aquifer is usually long. It often takes time and money to clean up contaminated groundwater and reuse it and finding an alternative water source is not always possible. Therefore, the best and most effective solution is to prevent pollutants from entering this valuable source. Determining the level of groundwater pollution is one of the most important hydrogeological studies in which the identification of areas prone to pollution and the study of aquifer vulnerability is extremely important. Healthy drinking water should have good quality characteristics (such as physical and chemical properties). One of these indicators is the concentration of main ions in the water. Sustainable Earth Review
从伊朗标准和世界卫生组织的角度使用FGQI方法研究水文地球化学性质和地下水质量——以伊朗Naqadeh平原为例
地下水系统对污染的反应并不快,污染物到达地下水并释放到含水层所需的时间通常很长。清理受污染的地下水并重新利用往往需要时间和金钱,而且找到替代水源并不总是可能的。因此,最好和最有效的解决办法是防止污染物进入这个宝贵的来源。地下水污染水平的确定是水文地质研究中最重要的内容之一,其中污染易发区的确定和含水层脆弱性的研究尤为重要。健康的饮用水应具有良好的质量特征(如物理和化学性质)。其中一个指标是水中主要离子的浓度。可持续地球评论
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