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首页> 外文期刊>Journal of Biosciences and Medicines >Quality of Water Adjusted Sources and Storage in the Households of the Sanitized Villages in Area of National Program of Sanitized Schools and Villages at Tshopo Province in Republic Democratic of Congo
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Quality of Water Adjusted Sources and Storage in the Households of the Sanitized Villages in Area of National Program of Sanitized Schools and Villages at Tshopo Province in Republic Democratic of Congo

机译:在刚果民主共和国民主党的消毒学校和村庄国家清理学校和村庄国家计划中的消毒村庄户的水分和储存质量

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Introduction: The present research paper aims at assessing the bacteriological water quality in households and at provisioning points, and so factors of water deterioration. Method: a transverse study has been conducted during the period starting from 11 up to 28 October 2018 within 6 Health Zones (HZ) in Tshopo Province integrated in National Program of Schools and Sanitized Villages (NPSSV). Water samples have been collected within 300 reserves of households and 30 water provisioning and analysed points in order to find out water contamination factors. The frequencies and raw OR have been estimated at (p < 0.05) valued significative. Results: fecal coliforms (80% CI95: 75% - 85%) and total (97% CI95: 95% - 99%) were significantly present in water reserves and the presence of Escherichia coli were at about 27% (IC95 22% - 32%). These proportions were correspondingly at 63%, 90% and 10% at water provisioning. The fecal coliforms were the highest in water reserves of sanitized villages (p < 0.05) and Escherichia coli were at about three times higher in traditional sources (17% vs 6%). The duration of water conservation was around 48 hours and more (OR = 4.41; IC95: 1.92 - 10.11), water classification of sanitized risk “intermedium” and the recipients of conservation with bottleneck were associated with the presence of E.coli in water (p < 0.05). Conclusion: water from provisioning sources and household reserves are severely polluted and water quality is not good at consumption point and at provisioning point. The reinforcement of safety measures at water points, reduction of conservation length and hygienic water cleaning of storage water recipients are necessary to assure quality of water.
机译:简介:本研究论文旨在评估家庭的细菌水质和休会点,等因素劣化。方法:在2018年10月11日开始的期间,在Tshopo省的6个卫生区(HZ)中,综合研究了横向研究,纳入国家学校国家和消毒村(NPSSV)。已经在300家庭和30个水供应和分析点内收集了水样,以找出水污染因素。频率和原始或已估计(P <0.05)有价值的意义。结果:粪便大肠杆菌(80%CI95:75% - 85%)和总量(97%CI95:95%-99%)显着存在于水储备中,大肠杆菌的存在约27%(IC95 22% - 32%)。在水供应下,这些比例相应于63%,90%和10%。粪便大肠杆菌在消毒村(P <0.05)的水处理中最高(P <0.05),大肠杆菌在传统来源中较高的三倍(17%vs 6%)。水资源的持续时间约为48小时,更多(或= 4.41; IC95:1.92 - 10.11),对消毒风险的水分类“媒介物”和瓶颈保护受体与水中的大肠杆菌存在有关( P <0.05)。结论:从供应来源和家庭储备中的水严重污染,水质不擅长消费点和供应点。需要加强水点的安全措施,减少保存长度和储存水受助剂的卫生水清洗,以确保水的质量。

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