Efektifitas Filter Carbon Aktif dalam Menurunkan Kadar Mangan (Mn) dan Besi (Fe) dalam Air Tanah Puskesmas Kelapa Dua Kabupaten Tangerang

Ati Sri Wahyuni
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Abstract

Water is the most important requirement for living things. Humans and other living things are very dependent on water to sustain their lives. Based on the results of external supervision carried out by the District Health Office. Tangerang in 2016 found the quality of clean water at Kelapa Dua Health Center containing Mn and Fe with levels that exceeded the quality standard. Based on Permenkes 416 of 1990, Manganese (Mn) levels in permissible drinking water is 0.5 mg / lt, Iron (Fe) 1.0 mg / lt, In this Data Analysis Technique including data processing techniques carried out by linear regression of data set as research variables. Based on the results, the following conclusions are obtained, Efficiency of activated carbon media with a media thickness of 90 cm in reducing Fe content in water by 39.38%, Efficiency of activated carbon media with a media thickness of 90 cm in reducing Mn content in water by 81.82%. There is a Significant Effect of Filtration Treatment on Fe, and Mn Content. The thicker the filtration media, the better degradation of Fe, and Mn.
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水是生物最重要的必需品。人类和其他生物都非常依赖水来维持生命。根据区卫生局开展的外部监督结果。2016年,坦格朗发现卡拉帕杜瓦健康中心的净水含有锰和铁,超过了质量标准。根据1990年Permenkes 416的规定,允许饮用水中锰(Mn)含量为0.5 mg / lt,铁(Fe)含量为1.0 mg / lt。在本数据分析技术中,采用数据集线性回归作为研究变量的数据处理技术。结果表明:介质厚度为90 cm的活性炭对水中Fe含量的还原效率为39.38%,介质厚度为90 cm的活性炭对水中Mn含量的还原效率为81.82%。过滤处理对铁、锰含量有显著影响。过滤介质越厚,Fe、Mn的降解效果越好。
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