Aquapot : UF real applications for water potabilization in developing countries. Problems, location and solutions adopted
Aquapot : UF real applications for water potabilization in developing countries. Problems, location and solutions adopted
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Aquapot：超滤在发展中国家水饮用化的实际应用。
DOI：
10.1016/j.desal.2006.02.037
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发表时间：
2007
期刊：
影响因子：
9.9
通讯作者：
G. Verdú
中科院分区：
文献类型：
--
作者：
J. Arnal;M. Sancho;B. G. Fayos;J. Lora;G. Verdú
缺乏安全饮用水是影响发展中国家人民的一个严重问题，制约着健康、社会和经济发展。AQUAPOT项目研究和开发了利用膜技术作为发展中国家从地表水中获取饮用水的有效方法。AQUAPOT还设计、建造和安装了一个膜基设施。在区域识别之后，完成设计的可饮用化植物的放置和组装。选址研究包括确定当地的主要技术、文化和社会特征。选择安装UF设计的工厂的地方是一个城市地区，人口约为1000人，位于厄瓜多尔的山区，没有饮用水，只有一个水库的地表水供应，在那里只是一个沉淀。过去六个月的进料、渗透物和浓缩物样品的分析结果表明，设计的UF设施工作正常，可以在研究区域获得饮用水。
Lack of safe drinkable water is a serious problem that affects people in developing countries, conditioning health, social and economic development. AQUAPOT project, has researched and developed the use of membrane technology as an effectivemethod to obtain drinkable water fromsurface water in developing countries. AQUAPOT has also designed, built and installed a membrane-based facility. Placement and assembly of the designed potabilization plant, is done after the area recognition. The location study includes the identification of the main technical, cultural and social characteristics in the local situation. The place chosen to install the UF designed plant, is an urban area, with a population of around 1000 inhabitants, located in a mountain region of Ecuador, with no drinkable water and with a surface water supply from a reservoir, where just a settling is done. The analytical results of feed, permeate and concentrate samples from the last six months, conclude that the UF-facility designed works properly and allows to obtain drinkable water in the studied region.