HUBUNGAN KEKERUHAN, pH DAN SUHU TERHADAP KONSENTRASI LOGAM BERAT PADA AIR SUNGAI DI TANGERANG

Diana Rinawati, Nurmeily Rachmawati, Istiana Annisa, Meilina Meilina
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Abstract

Rapid industrial growth can cause environmental pollution if not balanced with good environmentalmanagement. To determine the concentration of heavy metals in polluted water, it is better tomeasure turbidity, pH and temperature as other factors in determining the concentration of heavymetals in water bodies. For this reason, it is necessary to know the relationship between turbidity,pH, temperature and the concentration of heavy metals (Pb, Cd, Hg) in river water in Tangerang.The design of this study is a descriptive correlational study, with a total sample of 36 samples ofCirarab, Cimanceuri, Cidurian and Cisadane rivers in kabupaten Tangerang. The sample pointsare on the left, middle and right of the river with measurement times in the morning, afternoon andevening. Examination of Pb and Cd using a Non-flame Atomic Absorption Spectrophotometer(Graphite Furnace AAS). While for Hg using a Mercury Analyzer. The working principle of the AASfurnace is the process of breaking molecules into atoms using electricity. The working principle ofthe Hg probe is the process of breaking molecules into atoms using cold steam. The results showedthat the concentrations of Mercury and Cadmium were both below the quality standard with a valueof 10-4 (0.0002 mg/L). Lead concentrations varied mostly below the quality standard (0.03 mg/L).pH, temperature according to environmental conditions and turbidity below the quality standard.(400 NTU) The results of statistical tests with P values of 0.571, 0.440, 0864. It was obtained thatthere was no relationship between turbidity, pH and temperature with the concentration of Lead.The conclusion is that there is no relationship between turbidity, temperature, pH with heavy metalconcentrations expecially Lead in rivers in kabupaten Tangerang.
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唐郎河流中浑浊、pH和高温的关系
快速的工业发展如果不能与良好的环境管理相平衡,就会造成环境污染。在确定水体重金属浓度时,最好测量浊度、pH值和温度等因素。因此,有必要了解坦格朗河水浊度、pH、温度与重金属(Pb、Cd、Hg)浓度的关系。本研究设计为描述性相关研究,共选取kabupaten Tangerang地区cirarab、Cimanceuri、Cidurian和Cisadane河流36个样本。采样点位于河流的左、中、右,测量时间为上午、下午和晚上。非火焰原子吸收分光光度计(石墨炉原子吸收光谱法)测定铅和镉。而使用汞分析仪检测汞。aas炉的工作原理是用电将分子分解成原子的过程。汞探针的工作原理是利用冷蒸汽将分子分解成原子的过程。结果表明,汞和镉的浓度均低于质量标准,值为10-4 (0.0002 mg/L)。铅浓度大多低于质量标准(0.03 mg/L)。pH值、温度按环境条件及浊度低于质量标准。(400 NTU)统计检验结果,P值分别为0.571、0.440、0864。结果表明,浊度、pH、温度与铅浓度无关。结论是:浑浊度、温度、pH值与河流中重金属浓度,尤其是铅的浓度没有关系。
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