灰水再利用和回收潜力:以姆万扎市为例

Esnati Osinde Chaggu
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引用次数: 1

摘要

灰水是家庭活动产生的废水,如洗衣、洗碗和洗澡。这些水可以在现场使用,比如灌溉塔式花园的景观和蔬菜。然而,其潜在用户需要包括质量研究,以确定其安全性并实现公共健康和环境保护。维多利亚湖接收来自姆万扎市周边的灰水,因此,保护它免受灰水污染是非常重要的。这项研究工作的研究内容包括社会经济和灰水的质量,这增加了保护湖泊免受污染的需要。结果显示,粪大肠菌群值从12到多到无法计数(计数/100毫升),总大肠菌群值从17到多到无法计数(计数/100毫升),清楚地表明,姆万扎的灰水不安全。此外,从液体样品的重金属检测结果可以明显看出,Pb和Cu的值非常低(<0.01 mg/L)。pH值介乎5.9至7.5,而世界卫生组织建议的pH值介乎6.76至8.0。该研究建议将塔式花园作为姆万扎市的污水处理设施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Greywater Reuse And Recycling Potential: The Case Of Mwanza City
Greywater is wastewater emanating from domestic activities such as laundry, dishwashing, and bathing. This water can have useful on-site uses like irrigating landscape and vegetables in tower gardens. However, its user potential need to include quality studies for determining its safety and achieving public health and environmental protection. Lake Victoria receives greywater from Mwanza City environs and therefore, protecting it from greywater pollution is very important. This research work with study components including socio-economic and the quality of greywater is adding to the need of protecting the lake from pollution. The results, Faecal Coliforms values ranging from 12 to too numerous to count (count/100 ml.) and Total coliforms values of 17 to too numerous to count (count/100 ml.) are clearly showing that, the greywater available in Mwanza is not safe. Moreover, it is evident from the heavy metals' results from liquid samples that, the values are insignificantly very low (<0.01 mg/L for Pb and Cu). The pH values are ranging from 5.9 to 7.5 while the recommended World Health Organisation (WHO) range is 6.76 - 8.0. The research is proposing tower gardens as treatment facility for greywater in Mwanza City.
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