井里的铁(Fe)因电磁感应而减少(Talang Jambe案例研究)

Lutfiah Ananda Ananda, Andi Arif Setiawan, Atina
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引用次数: 0

摘要

水是包括人类在内的生物赖以生存的重要化合物,水的来源之一就是井水。井水遇到的问题,包括水质不符合质量标准。水质参数含铁量,井水水质标准为0.3 mg/l。采用电磁感应法可以改善水质。本研究旨在分析电磁感应导致的铁含量和溶解离子的减少。本研究方法采用调查法和实验法。调查是在Surya Akbar Talang Jambe的住所进行的,同时进行井水取样,并继续进行实验,即用电磁感应法处理以减少铁和溶解离子的水平。50、80、100盘管处理前井水铁含量为47.85 ppm,处理后井水铁含量分别降至45.79 ppm、45.62 ppm、45.53 ppm。采用电导率(EC)仪测定溶解离子参数,处理前为54.7 S/cm,感应处理后为50.80 S/cm,感应处理100匝,分别为43 S/cm、42.8 S/cm和40.6µS/cm。
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Penurunan Kadar Besi (Fe) pada Air Sumur dengan Menggunakan Metode Induksi Elektromagnetik (Studi Kasus Talang Jambe)
Water is a very important compound for the life of living things including humans for daily needs, one of the sources of water comes from well water. Problems encountered in the well water, including the quality that does not meet quality standards. The water parameters include iron content which according to well water quality standards is 0.3 mg/l. Water quality can be improved by using the electromagnetic induction method. This study aims to analyze the decrease in iron content and dissolved ions due to electromagnetic induction. This research method uses survey and experimental methods. The survey was carried out at Surya Akbar Talang Jambe's residence accompanied by well water sampling and continued with experiments, namely the treatment of the electromagnetic induction method to reduce the levels of iron and dissolved ions. The iron content value of the well water before treatment was 47.85 ppm with 50, 80, and 100 coils and after the treatment the iron content value decreased to 45.79 ppm, 45.62 ppm, and 45.53 ppm, respectively. The parameters of dissolved ions were measured by Electrical Conductivity (EC) meter, the results obtained before treatment were 54.7 S/cm and after induction treatment with 50.80, and 100 turns, each obtained 43 S/cm, 42.8 S/ cm, and 40.6µS/cm.
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