在尼日利亚阿布贾的瓜瓦拉达地区委员会,井水用于家庭用途的适用性

Ephraim Brigid Bassey, T. A. Ogah, J. I. Magaji, Oladeinde Olufemi Stephen
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引用次数: 1

摘要

水井通常是由缺乏专业技能的工匠挖的。在阿布贾的瓜瓦拉达地区委员会,这些井被用于家庭用途,假设地下水是安全的。因此,对该井水的适宜性进行了评价。目的是评价其性能,并与国内标准进行比较。从6个区(多比、伊布瓦、白康-科尔、东安马杰、祖巴和伊克瓦)特意采集了30个水样。每个病区随机抽取5个水样进行实验室分析。采用极差、平均值、相关性和多重决定系数对实验室结果进行统计分析。通过与NSDWQ和世卫组织家庭用水标准比较范围和平均值,确定了水的性质是否适合家庭用水。结果表明:水的性质范围为:温度(26.59 ~ 30.73 oc)、pH(7.17 ~ 8.23)、电导率EC (222 ~ 354 μs/cm3)、TDS (12.14 ~ 21.54mg/l)、浊度(0.29 ~ 0.93 ntu)、硬度(13.58 ~ 39.72mg/l)、氯化物Cl-(4.29 ~ 8.93mg/l)、铁(0.54 ~ 0.71mg/l)、铜(0.02 ~ 0.06mg/l)。水样电导率普遍较低(222 ~ 354 μs/cm3),矿质养分含量较高,部分重金属含量较高。检测的23个水质参数可以解释96%的整体水质,剩下的4%无法解释。所有样品在EC、Fe和Cu方面均未达到监管标准,而来自Ikwa的井水则未达到许多家用重金属的标准。结论是,瓜瓦拉达地区委员会的井水不适合饮用。因此,建议居民在直接饮用前进行处理,并预防使用井水。关键词:水质;重金属;水污染
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The suitability of well water for domestic purpose, in Gwagwalada area council Abuja Nigeria
Water wells are usually dug by artisans who lack professional skills. Such wells are used at various homes in Gwagwalada Area Council of Abuja for domestic purpose, on the assumption that underground water is safe. Thus, the suitability of such well water was assessed. The objectives were to assess their properties and compare with regulatory standard for domestic purpose. Thirty (30) water samples were purposely collected from six wards (Dobi, Ibwa, Paikon-Kore, Tungan Maje, Zuba and Ikwa). Five water samples were randomly collected from each ward for laboratory analysis. Laboratory results were statistically analyzed using range, mean, correlation and multiple determination coefficients. Suitability of water properties for domestic purposes was determined by comparing range and mean values with NSDWQ and WHO standard for domestic uses. Result showed that the concentrations of water properties ranges as follows: temperature (26.59-30.73oC), pH (7.17-8.23), electrical conductivity EC (222-354 μs/cm3), TDS (12.14-21.54mg/l), Turbidity (0.29-0.93NTU) hardness (13.58-39.72mg/l), chloride Cl-(4.29-8.93mg/l), Fe (0.54-0.71mg/l) and Cu (0.02-0.06mg/l).Water samples generally had low electrical conductivity (222-354 μs/cm3), and mineral nutrients but elevated concentration of some heavy metals. The twenty- three water quality parameters tested could explain 96% of the overall water quality leaving only 4% unexplained. All the samples fell short of regulatory standard in terms of EC, Fe and Cu while well water from Ikwa fell short of many heavy metals for domestic purpose. It was concluded that well water in Gwagwalada Area Council are not potable. Thus, treatment before direct consumption and precautionary use of well water were recommended for the residents. Keywords: Water quality, Heavy metals, Water pollution, Well
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