Abdul Halim Daulay, M. Masthura, Jefri Ardiansyah Nasution
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引用次数: 0
摘要
研究了活性炭、沸石、硅砂过滤前后挖井水的水质,以及活性炭、沸石、硅砂的混合成分如何产生颜色参数质量最优的净水。基于2017年PERMENKES RI No. 32。本研究使用的井水来自廖内省罗干希里尔县库布区Sungai Segajah Jaya村。所使用的活性炭、沸石、硅砂的组成为:60%:20%:20%、50%:25%:25%、40%:30%:30%。采用滤色法前对挖井水样的检测结果。采用60%:20%:20%、50%:25%:25%、40%:30%:30%组成的活性炭、沸石和沙子过滤方法后的挖井水样检测结果,颜色参数达到PERMENKES RI No. 32 2017净水水质标准。从滤料组成的三种变化中,得到了滤料中活性炭、沸石、硅砂混合的最佳组成,其组成为40%:30%:30%。从检测结果数据可以看出,样品D的颜色参数结果较好,符合PERMENKES RI 2017年第32号关于净水水质要求的最高限量标准,即32 TCU。
PENGARUH KOMPOSISI KARBON AKTIF, ZEOLIT, DAN PASIR SILIKA DALAM MENURUNKAN WARNA AIR SUMUR GALI DI DESA SUNGAI SEGAJAH JAYA
Research has been carried out to find out how the quality of dug well water before and after being filtered using activated carbon, zeolite, and silica sand, and to find out how the composition of the mixing of activated carbon, zeolite, and sand is to produce clean water with the most optimum quality for color parameters. based on PERMENKES RI No. 32 of 2017. This study uses dug well water from Sungai Segajah Jaya Village, Kubu District, Rokan Hilir Regency, Riau Province. The composition of activated carbon, zeolite, and silica sand used is 60%:20%:20%, 50%:25%:25%, and 40%:30%:30%. The test results of dug well water samples before applying the filtering method for color. The test results of dug well water samples after applying the filtering method with activated carbon, zeolite, and sand with a composition of 60%:20%:20%, 50%:25%:25%, and 40%:30%:30 %, for the color parameter has met the standard of clean water quality based on PERMENKES RI No. 32 of 2017. From the three variations in the composition of the filter material, the optimum composition of mixing activated carbon, zeolite, and silica sand in the filter was obtained with a composition of 40%:30%:30%. This is shown from the test results data, the results of sample D for color parameters are better according to the maximum limit standard allowed by PERMENKES RI No. 32 of 2017 concerning the requirements for clean water quality, namely 32 TCU.