Pb(II) and Oil Contamination Analysis of Belawan Sea, Medan City, North Sumatera

Lili Nur Indah Sari Tarigan, Nurul Qodri, Septi Lumongga Duma Rangkuti, M. Zubir
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引用次数: 1

Abstract

Belawan waters are very densely populated with shipping, industrial and settlement. These various activities have an impact in the form of sea pollution by liquid waste such as Pb (II) and oil. Based on the results of the analysis of the content of Pb (II) in the highest waters, which is equal to 26.9120 ppm, it exceeds the threshold. The oil content in the waters has exceeded the threshold of 0.05 gr / L. One way to reduce the levels of Pb (II) and oil is by using coconut husk biosorbent. This is evidenced by the results of the analysis that there was a decrease in Pb (II) metal content after adsorption using coconut coir biosorbent which was equal to 6.2430ppm with adsorption capability of 20,699 ppm. The oil content in the water after the water is adsorbed using coconut coir biosorbent shows the Not Applicable result because the seawater sample has been homogenized so that no significant changes occur. This shows that coconut coir biosorbent is effective to reduce the content of Pb and Oil in water in the waters of the sea.
北苏门答腊省棉兰市Belawan海Pb(II)和石油污染分析
Belawan水域的航运、工业和定居点非常密集。这些不同的活动以铅(II)和石油等液体废物污染海洋的形式产生影响。根据对最高水域Pb (II)含量的分析结果,Pb (II)含量为26.9120 ppm,超过了阈值。水中的含油量已超过0.05 g / l的阈值,降低铅(II)和油的方法之一是使用椰子壳生物吸附剂。分析结果表明,椰壳生物吸附剂吸附后,Pb (II)金属含量下降6.2430ppm,吸附量为20699 ppm。椰壳生物吸附剂吸附后的水中含油量显示不适用的结果,因为海水样品已经均匀化,没有明显的变化。说明椰壳生物吸附剂对降低海水中铅和油的含量是有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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