卡坎达地表水水质评价:采矿活动污染的检测

Arthur Kaniki Tshamala, Mathieu Kayembe Musala, Gigi Kasongo Kalenga, Hugues Dibwe wa Mumapanda
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引用次数: 6

摘要

该研究侧重于对矿业城市Kakanda(刚果民主共和国卢阿巴拉省)的地表水质量进行评估,以突出采矿活动造成的污染。除了文献研究、采矿活动的识别和河流和溪流的位置外,采用的方法包括分析最终污水不同排放点的上游和下游。参数的选择是根据刚果关于这个问题的立法作出的。实地观察表明,采矿厂的废液通过排水沟排入自然环境。化学分析表明,这些排水沟里的水所含的金属浓度比标准高几十倍。理化分析的结果也表明,排放点下游的水质有所恶化。悬浮固体含量达到182毫克/升,可接受水平为80毫克/升。接收最终废水的溪流中钴和锰的浓度分别达到0.659 mg/l和1.709 mg/l,可接受的阈值为0.5 mg/l。其电导率、化学成分等参数均显示出开采源污染。
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Assessment of Surface Water Quality in Kakanda: Detection of Pollution from Mining Activities
The study focuses on the assessment of the surface water quality of the mining city of Kakanda (Lualaba Province in the DRC) to highlight pollution from mining activity. In addition to literature research, the identification of mining activities and the location of rivers and streams, the methodology adopted consisted in analyzing the water upstream and downstream of different discharge points of final effluents. The choice of parameters was made according to the Congolese legislation on this subject. Field observations indicated that liquid effluents from mining plants are discharged into the natural environment through drains. Chemical analyses have shown that the waters of these drains are loaded with metals at concentrations tens of times higher than standards. The results of the physicochemical analyses also indicated a deterioration of the quality of the water downstream of the discharge points. The level of suspended solids reaches 182 mg/l for an acceptable level of 80 mg/l. The concentration of cobalt and manganese in the streams receiving the final effluents reaches, respectively, 0.659 mg/l and 1.709 mg/l for an acceptable threshold of 0.5 mg/l. The electrical conductivity, the chemical composition as well as the other parameters exploited have revealed pollution of mining origin.
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