烧成粘土在固定床柱中对硝酸盐的吸附

S. Ali, A. J. Jaeel
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引用次数: 0

摘要

氮肥的过度使用增加了地下水中的硝酸盐浓度,这对硝酸盐污染的饮用水构成健康危害,并导致富营养化。对水系统中硝酸盐的去除进行了仔细的研究;然而,迫切需要新的、低成本的解决方案。粘土和陶土矿物由于其无毒性、全球可用性、低成本和物理和化学性质(离子交换能力、高表面积、高吸附和催化性质)而被广泛用于环境应用。虽然大多数用于减少阳离子污染物,但取决于改性方法或与之混合的材料,它们在去除阴离子污染方面同样有效。该研究的目的是处理含有过量硝酸盐的水,以生产可接受的环境规格的水,并评估烧粘土作为低成本和环境友好型水处理材料的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nitrate adsorption by fired clay in fixed bed column
Excessive use of nitrogen fertilizers has increased nitrate concentrations in groundwater, which poses a health hazard from nitrate-contaminated drinking water and contributes to eutrophication. Nitrate removal from water systems has been carefully studied; However, new, low-cost solutions are urgently needed. Clay and terracotta minerals are commonly used in environmental applications due to their non-toxicity, global availability, low cost, and physical and chemical properties (ion-exchange capacity, high surface area, high adsorption, and catalytic properties). Although most are used to reduce cationic pollutants, depending on the method of modification or the materials with which they are mixed, they can be equally effective in removing anionic contamination. The goal of the study is to treat water containing excessive concentrations of nitrates to produce water of acceptable environmental specifications and to evaluate the performance of fired clay as a low-cost and environmentally friendly water treatment material.
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