一种新型低技术含量水过滤系统的设计与性能

E. McBean, C. Farrow
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引用次数: 0

摘要

. 本文介绍了一种低技术含量的水处理系统,它具有新颖的配置,可以提供安全的水(去除大肠杆菌的3倍以上),成本低,可以为家庭提供大量的安全用水,易于维护,抗破损,避免再污染。由于独特的设计,圭尔夫水过滤系统(圭尔夫水过滤器)的功能周期比以前的技术长得多,以超过1升/小时的流速(低浊度(0.05 ~ 1.00 NTU)水源)提供~6年的处理水。该系统的陶瓷过滤器组件很容易在过滤器外壳中更换,圭尔夫水过滤器作为村级生产/就业机会是可行的。Guelph系统陶瓷过滤器组件的长期性能通过减少堵塞来提高性能寿命,并使两个过滤器元件可以在单个过滤器外壳中使用(过滤发生的表面积增加一倍)。将过滤器放置在一个大的蓄水池(桶)中也大大减少了原水补充的频率(替代过滤器设计需要每天多次补充和监测)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Performance for A Novel Low-Tech Water Filter System
. A low-tech water treatment system with a novel configuration is described which delivers safe water (>3 log-removal of E. coli ), has low cost, provides safe water in quantities for a household for substantial time periods, is easy to maintain, robust against breakage, and avoids recontamination. Due to the unique design, the Guelph Water Filtration system (Guelph Water Filter) remains functional for periods substantially longer than previous technologies, providing ~6 years for delivery of treated water at flow rates exceeding 1 L/hr (for low turbidity (0.05 ~ 1.00 NTU) source water). The ceramic filter components of the system are easily replaceable in the filter housing and the Guelph Water Filter is feasible as a village-level production/employment opportunity. The long-term performance of the ceramic filter component of the Guelph system improves longevity of performance by reducing clogging and enables two filter elements to be used in a single filter housing (doubling the surface area through which filtration occurs). Placing the filter in a large reservoir (pail) also significantly reduces the frequency of the need to refill raw water (alternative filter designs require refilling and monitoring multiple times per day).
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