Assessment of the physicochemical characteristics of rain and runoff water in University of Maiduguri–Nigeria staff quarters

M. Waziri, J. Akinniyi
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引用次数: 10

Abstract

Rain water and run-off water samples were collected from five locations (NH area, R-line 1, Rline 2, H-line, Abuja areas A and B) in University of Maiduguri staff quarters during the peak of the wet season in August 2010. Samples were analysed for the following physicochemical properties; pH, temperature, conductivity, turbidity, total dissolved solids (TDS), K, Mg and Ca using standard techniques. The levels of the parameters were generally higher in the runoff than in rain water, however all values were found to be within the WHO limit for potable water, with turbidity (7.42±0.23 NTU for rain water and 8.50± 0.50 NTU for runoff) and conductivity (109.4±2.23μs/cm for runoff) as noticeable exceptions in H-line and NH areas respectively, indicating some level of pollution. The residents can minimize the impact of runoffs which contain pollutants by planting a rain garden.
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迈杜古里-尼日利亚大学员工宿舍雨水和径流水的物理化学特征评估
在2010年8月雨季高峰期,从迈杜古里大学员工宿舍的五个地点(NH区、r - 1线、2线、h线、阿布贾区A和B)收集了雨水和径流水样。样品的理化性质分析如下:pH,温度,电导率,浊度,总溶解固体(TDS), K, Mg和Ca使用标准技术。径流中这些参数的水平普遍高于雨水,但所有值都在WHO饮用水的限值内,浊度(雨水为7.42±0.23 NTU,径流为8.50±0.50 NTU)和电导率(径流为109.4±2.23μs/cm)在h线和NH区分别是明显的例外,表明污染程度一定。居民可以通过种植雨水花园来减少含有污染物的径流的影响。
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