Studi Kadar Fosfat (Total, Polifosfat dan Ortofosfat) pada Daerah Aliran Sungai Lamat Kecamatan Muntilan

M. Jati
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Abstract

Studies on phosphate levels (total, polyphosphate, and orthophosphate) have been carried out in the Lamat Muntilan watershed. A detergent is an approach to the amount of waste disposal of various types of phosphate in the Lamat river. High levels of phosphorus cause eutrophication, which can cause various human health problems. This study aims to determine the levels (total, polyphosphate, and orthophosphate) and compared rain and dry season with water quality standards that have been agreed upon nationally as well as theoretical studies on eutrophication pollution. This research uses the UV-Vis Spectrophotometer method by utilizing the interaction of ammonium tartrate and potassium antimonyl tartrate on orthophosphate ions to form phosphomolybdic acid which is then reduced by ascorbic acid to a modern blue color which is proportional to the number of orthophosphate ions. This modern blue color is measured at a wavelength of 880 nm. The result data showed that the average total phosphate levels of river water of 0.240 ppm in the rainy season and 0.204 ppm in the dry season, for polyphosphates were found at 0.032 ppm in the rainy season and 0.064 ppm in the dry season, while orthophosphate 0.051 ppm in the rainy season and 0.101 ppm in the dry season. In the dry and rainy seasons, there were specific differences between them. This level surpassed Peraturan Pemerintah Republik Indonesia Nomor 82 Tahun 2001 about concerning Management of Water Quality and Control of Pollution Water, was not suitable for consumption directly or indirectly specifically for human needs, but if it was used for animals and plants it is still feasible. The level of all phosphate species triggered the formation of eutrophication.
对拉玛特牧田兰流域的磷酸盐水平(总磷酸盐、多磷酸盐和正磷酸盐)进行了研究。洗涤剂是一种处理拉玛特河中各种类型磷酸盐的废物量的方法。高水平的磷会导致富营养化,从而导致各种人体健康问题。本研究旨在确定水平(总磷、多磷酸盐和正磷酸盐),并将雨季和旱季的水质标准与全国商定的水质标准以及富营养化污染的理论研究进行比较。本研究采用紫外可见分光光度计法,利用酒石酸铵和酒石酸锑酸钾与正磷酸盐离子的相互作用形成磷酸钼酸,然后被抗坏血酸还原成与正磷酸盐离子数量成正比的现代蓝色。这种现代蓝色的测量波长为880纳米。结果表明:河流中总磷酸盐的平均含量在雨季为0.240 ppm,在旱季为0.204 ppm;多磷酸盐的平均含量在雨季为0.032 ppm,在旱季为0.064 ppm;正磷酸盐的平均含量在雨季为0.051 ppm,在旱季为0.101 ppm。在旱季和雨季,它们之间存在特定的差异。这一水平超过了Peraturan Pemerintah共和国2001年颁布的noor 82 Tahun关于水质管理和污染水控制的规定,不适合直接或间接地专门用于人类需求,但如果用于动物和植物,它仍然是可行的。所有磷酸盐种类的水平触发了富营养化的形成。
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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