肯尼亚地表水水体和沉积铅浓度研究进展

C. Ngandu
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引用次数: 0

摘要

对有限的水资源应保持适当的管理、监测和污染控制措施,以减少人类健康风险。铅污染会对人体健康产生负面影响。本研究从1990年至2021年期间进行的样本或出版物中审查了肯尼亚水中和水体沉积物中的铅浓度。收集了关于水和沉积物中铅污染的定量浓度值、地点、允许标准、一般方法和可能的污染源的资料。根据审查,71个水的浓度值(23.94%)高于或接近肯尼亚共和国(2006年)的最大允许值,其中肯尼亚主要城市地区的污染水平较高。43个沉积物的浓度范围为198.7 ~ 5.9 mg/kg。在一些评论中,铅浓度随天气模式而变化。铅和重金属污染主要归因于人类、工业或农业活动以及废物管理不善。不同的研究使用的方法有所不同。在肯尼亚的背景下,应该考虑更多的实验研究和建模技术,以获得准确的方法。应妥善处理和监测污水,并应通过实施河岸保护措施,避免在水体的河岸附近进行人类和工业活动。
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A Review on water and sedimentary Lead concentrations in Kenya’s surface water bodies
: Proper management, monitory and pollution controls measure should be maintained, for limited water resources, so as to reduce human health risks. Lead pollution can negatively affect human health. This study reviewed concentrations of lead in water and sediments of water bodies in Kenya, from samples or publications conducted between 1990 and 2021. Information on quantitative concentration values, locality, allowable standards, general methodology and possible pollutant sources for lead pollution in water and sediment were gathered. Based on the review, 71 concentration values (23.94%) for water, where above or similar to the Republic of Kenya (2006), maximum allowable value, with higher pollution levels in Kenya’s major urban areas. The 43 sedimentary concentrations, were in the range of 198.7 mg/kg to 5.9 mg/kg. Lead concentration varied with weather patterns, in some reviews. Lead and heavy metals pollution was mainly attributed to human, industrial or agricultural activities and poor waste management. There was variation in method used by different studies. More experimental researches and modeling techniques, should be considered, for accurate methodologies, within Kenya’s context. There should be proper treatment and monitoring of effluent, also human and industrial activities should b e avoided near water body’s banks through enforcement of riparian areas protection.
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28.60%
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审稿时长
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