Rainwater Quality Improvement Model as an Alternative Source for Drinking Water in Mojoagung District, Jombang Regency

Galih Fatian, H. Siswoyo, R. Haribowo
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Abstract

Water is a basic need for humans, yet often the quality and quantity become cronstrained as happened in Mojoagung District, Jombang Regency. During the dry season, the potential for water reserves available for use is rainwater that has been stored. Based on laboratory tests, the quality of the stored rainwater is below the quality standard due to its high KMnO4 (Calium Permanganate) content. Hence we need a simple filter to improve the water quality. Researchers have conducted experiments with the filter composition of zeolite, activated charcoal, activated sand, sterile cotton, and aquarium filter. The results of the filtration process showed a significant decrease in potassium permanganate. The filtration results from the filter with the composition of zeolite, activated charcoal, activated sand, sterile cotton, and an aquarium filter sequentially 5 cm, 10 cm, 15 cm, 4 cm, and 2 cm succeeded in reducing potassium permanganate levels from 11.73 to an average of 2.12 mg. /l. The best filter due to experimental activities will be integrated with rainwater harvesting structure system which has been discussed along with related social community and stakeholders
中邦县Mojoagung区的雨水水质改善模式作为替代饮用水源
水是人类的基本需求,但经常出现质量和数量紧张的情况,就像在中邦县Mojoagung区发生的那样。在旱季,可供使用的潜在水储备是已储存的雨水。经实验室检测,该雨水因高锰酸钾含量高,水质不达标。因此,我们需要一个简单的过滤器来改善水质。研究人员对沸石、活性炭、活性砂、无菌棉和水族过滤器的过滤成分进行了实验。过滤过程的结果表明,高锰酸钾含量显著降低。沸石、活性炭、活性砂、无菌棉和水族箱过滤器的过滤结果依次为5厘米、10厘米、15厘米、4厘米和2厘米,成功地将高锰酸钾水平从11.73毫克降低到平均2.12毫克。/ l。由于实验活动,最佳过滤器将与雨水收集结构系统集成,这已与相关社会社区和利益相关者一起讨论
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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