PEMETAAN KUALITAS AIR SUNGAI DI KAWASAN INDUSTRI NGINGAS SIDOARJO DIJINJAU DARI PARAMETER BOD DAN TSS TAHUN 2021

Fauzi Udianto, Ferry Kriswandana, R. .
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Abstract

Rivers are one of the environmental components that have important functions for human life, including to support environmental balance as a result of increased development activities in various fields. River pollution occurs because of domestic and non-domestic waste. River pollution that occurs in the ngingas river causes a pungent and colorful odor that affects the biota and quality of river water. The purpose of this study was to measure and map river water quality in terms of TSS and BOD parameters. The research is descriptive in nature with the independent variable being effluent along the river and the dependent variable being the levels of TSS and BOD in the ngingas river. The sampling technique used the grab sampling method and composite sampling was carried out by taking 4 points as far as 2 km from the Ngingas River flow. Data analysis was done by descriptive method of BOD and TSS levels as a result of the effluent at the 4 specified points. The results of the measurement of 4 sampling points at the Ngingas River showed BOD and TSS results of 151.5 mg/L and 103 mg/L in the first 1 km caused by domestic waste originating from settlements with the criteria of the waste being slightly foamy, and smelling good. While in the second 1 km the results of TSS and BOD are 814.2 mg/L and 73.8 mg/L, the measurement results can be caused by many factors, namely household activities or industrial activities, with the criteria that the waste is sometimes foamy. , slightly black, cloudy and smelly. Suggestions for other researchers are efforts to reduce TSS and BOD levels that meet the requirements and it is hoped that every industrial owner has a sewage treatment plant.
绘制了2021年BOD和TSS参数的SIDOARJO工业水质图
河流是对人类生活具有重要功能的环境组成部分之一,包括由于各领域发展活动的增加而支持环境平衡。河流污染是由生活废物和非生活废物造成的。在ingas河中发生的河流污染会产生刺鼻的彩色气味,影响生物群和河水质量。本研究的目的是根据TSS和BOD参数测量和绘制河流水质图。本研究是描述性的,自变量为沿河流出物,因变量为ingas河中TSS和BOD水平。采样技术采用抓斗采样法,在距Ngingas河流量2 km处取4个点进行复合采样。采用描述性方法对4个指定点的污水产生的BOD和TSS水平进行了数据分析。对Ngingas河4个采样点的测量结果显示,前1公里由住区生活垃圾引起的BOD和TSS分别为151.5 mg/L和103 mg/L,标准为微泡沫,气味较好。而在第二个1公里,TSS和BOD的测量结果分别为814.2 mg/L和73.8 mg/L,测量结果可能是由多种因素引起的,即家庭活动或工业活动,标准是废物有时呈泡沫状。,微黑,浑浊,有臭味。对其他研究人员的建议是努力降低符合要求的TSS和BOD水平,并希望每个工业业主都有一个污水处理厂。
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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