井中陶瓷膜降低Fe水平(Putat Putat Jaya工作区域案例研究)

Anggit Prameitya, Darjati, E. Sari
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摘要

水是生存所必需的生命元素。随着人口的快速增长,对水的需求也在增加。现在,许多水源被污染了,造成污染的影响之一是水中有铁的含量。铁是次生污染物,在提供清洁水特别是地下水中成为问题。铁含量超标,必须先进行原料处理,然后再用清水处理。本研究的目的是分析在井水中使用厚度为5 cm和7 cm的陶瓷膜介质过滤前后的铁含量。本研究为实验研究,采用设计研究法,采用一组前测后测的真实实验。本研究的对象即井水含铁水平共用32个样本进行研究。进一步获得的数据使用配对样本T检验的分析检验进行分析。结果表明,厚度为5 cm和7 cm的陶瓷膜过滤介质能够将8.11 Fe mg/l的平均速率降低到5.9 mg/l和3.6 mg/l。采用配对t检验的统计检验结果表明,陶瓷膜过滤介质在厚度为5 cm和7 cm的情况下,处理前后的铁水平存在差异。本研究的结论是陶瓷膜厚度7 cm对井水铁含量的降低差异最大。建议在过滤法中应用适当的技术方面增加创造性。关键词:水井,铁含量,陶瓷膜
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PENURUNAN KADAR Fe DENGAN MEMBRAN KERAMIK PADA AIR SUMUR (Studi Kasus Pada Wilayah Kerja Puskesmas Putat Jaya Tahun 2018)
Water is the element of life that is essential for survival. Along with the rapid growth of the human being, the demand for water increases. Now this, many water sources are contaminated, clean one of the impacts that cause pollution is that there is content of Fe in the water. Fe is the secondary contaminants that become problems in the provision of clean water is especially groundwater. The content of Fe exceeds quality raw processing must be done first before used to clean water. This research aims to analyze Fe levels before and after filtration is done using ceramic membrane media with a thickness of 5 cm and 7 cm in well water.This research is experimental research, using design research True Experiment with form One Group Pretest-Posttest. The object of this research that is well water containing Fe levels with a total of 32 Research sample sample. Further data obtained were analyzed using analytical test in Paired-Samples T Test.The results showed that the ceramic membrane filter media thickness 5 cm and 7 cm is capable of lowering the average rate of 8.11 Fe mg/l be 5.9 mg/l and 3.6 mg/l. The results of statistical tests using Paired T-test Test earned the result that there is a difference Fe levels before and after treatment using ceramic membrane filter media with variations in the thickness of 5 cm and 7 cm.The conclusion of this research is the ceramic membrane thickness 7 cm has the difference decreased most in lowering levels of Fe on well water. It is recommended to increase the creativity in applying appropriate technology in filtration method. Keywords: water well, levels of Fe, ceramic membranes
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