首页> 外文OA文献 >Pengaruh Berbagai Kombinasi Ketebalan Media Filter Pasir dan Zeolit Terhadap Penurunan Kadar Besi (Fe) dan Mangan (Mn) pada Air Sumur Perum Nilasari Pabelan Kartasura
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Pengaruh Berbagai Kombinasi Ketebalan Media Filter Pasir dan Zeolit Terhadap Penurunan Kadar Besi (Fe) dan Mangan (Mn) pada Air Sumur Perum Nilasari Pabelan Kartasura

机译:砂和沸石滤料厚度的各种组合对Perlas Nilasari Kartasura Pabelan水中铁(Fe)和锰(Mn)含量降低的影响

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摘要

Contents of Fe and Mn on water which have flow standardization capacity which causes environment and healthy problems. Content Fe and Mn in Nilasari PabelanudKartasura have exceeded capacity standardized are 3,163 mg/l and 1,012 mg/l. degradation of Fe and Mn can be done by sand zeolite filtration. The purposes of thisudresearch are to know about some influences of thick sand zeolite filter on degradation of contains of Fe and Mn. The method which used in this research are experiment which test experiments pretest-post with control groups desig. Populations in this research are all of arthesis well in Perum Nilasari RT 01 RW VI. Accounts of sample which used 20 liter, every practically used 5 liter to 3 more repeated. Result of statistics use oneway anova media in 1 rule which SPSS 17. The results of this research show are the influence of thick in sand zeolite media on degradationudcontains of Fe and Mn. The result of laboratory test show that control of Fe and Mn are 3,157 mg/l and 1,011 mg/ sand- zeolite have thick about 40 cm in contains of Fe and Mn about 0,265 mg/l dan 0,275 mg/l, thick of sand- zeolite 50 cm have contains of Fe and Mn are 0,193 mg/l dan 0,164 mg/l, thick of sand- zeolite 60 have contains of Fe and Mn are 0,145 mg/l dan 0,077 mg/l. Content of Fe dan Mn after practically already under standardized. Effective of thick caused degradation about contains of Fe and Mn in 60 cm about 95,42% dan 92,39%.
机译:具有水流标准化能力的水中的Fe和Mn含量会导致环境和健康问题。 Nilasari Pabelan udKartasura中的铁和锰含量已超出标准容量,分别为3,163 mg / l和1,012 mg / l。铁和锰的降解可以通过砂沸石过滤来完成。本研究的目的是了解厚砂沸石过滤器对铁和锰含量降低的影响。在这项研究中使用的方法是实验,实验在对照组之前进行。这项研究的人群在Perum Nilasari RT 01 RW VI中的关节状况都很好。每次使用20升的样本的说明,每重复使用一次实际使用5升的样本。统计结果在SPSS 17的1条规则中使用单向方差介质。该研究结果表明,砂沸石介质的厚度对Fe和Mn的降解含杂质有影响。实验室测试的结果表明,Fe和Mn的控制量分别为3,157 mg / l和1,011 mg /砂-沸石中的Fe和Mn含量约为40 cm,约0.265 mg / l和0.275 mg / l, 50厘米沸石含Fe和Mn为0,193 mg / l和0,164 mg / l,厚的砂岩沸石60含Fe和Mn为0,145 mg / l和0,077 mg / l。实际上,铁丹锰的含量已经低于标准。约60.cm的铁和Mn含量约为95.42%和92.39%的厚度引起的有效降解。

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    HANDAYANI TITIK ISDIANA;

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  • 年度 2011
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