Penentuan Kadar Ammonia (NH3) pada Limbah Cair K-36 dalam Rangka Pengendalian Pencemaran Lingkungan

M. Patri
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Abstract

This research aims to know the levels of ammonia (NH3) in the liquid waste K-36 PT. PUSRI Palembang. PT. PUSRI Palembang was one of five plant fertilizer Indonesia Holding that manages natural gas in such a way that it becomes ammonia and through further processes produce urea fertilizer granules. The process of making urea fertilizer very complex by using high technology. PT PUSRI Palembang is one of the STATE-OWNED company that manufactures and markets products in the form of urea fertilizer. As for the methods used for the determination of the levels of ammonia (NH3) in the liquid waste K-36, i.e. using Nessler method before it is analyzed using spectrophotometer UV-Vis instruments. the test results obtained on the acidity and the ammonia levels different – different, the level of acidity that can range in 8.2  to 9.3. Whereas the levels of ammonia in can range up to 130 ppm 240 ppm. the levels of ammonia in the water channel K-36 still belongs to secure because it is still in the range 200 ppm and will still be in the aeration to evaporate ammonia before water dumped into the river.
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为了控制环境污染,选择K-36液体废物的氨(NH3)
这项研究的目的是了解液体废物K-36 PT. PUSRI Palembang中的氨(NH3)水平。PT. PUSRI Palembang是印尼控股的五家植物肥料公司之一,该公司将天然气转化为氨,并通过进一步加工生产尿素肥料颗粒。采用高新技术生产尿素肥料的过程十分复杂。PT PUSRI Palembang是一家生产和销售尿素肥料产品的国有公司。关于测定废液K-36中氨(NH3)含量的方法,即先用奈斯勒法,再用分光光度计紫外可见仪器进行分析。测试结果得出的酸度和氨的水平不同——不同,酸度的水平可以在8.2到9.3之间。而空气中氨的含量可高达130 ppm, 240 ppm。K-36水道的氨含量仍然是安全的,因为它仍然在200 ppm的范围内,并且在水排入河之前仍然会在曝气中蒸发氨。
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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