陶瓷滤水器作为地质灾害响应技术

E. McBean, G. Huang, Yongping Li, Yanfeng Li, A. Yang, H. Fu
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引用次数: 0

摘要

地质灾害是地震、洪水、风暴、饥荒和干旱的统称,随着时间的推移正在加剧,是实现可持续发展的障碍。特别是,在这些地质灾害事件期间和之后,安全饮用水的供应问题是造成腹泻疾病传播的主要破坏性因素。鉴于陶瓷滤水器(CWFs)已被证明可以有效去除大肠杆菌(并且,通过类似的特性,可以有效去除霍乱),CWFs作为一种使用点(POU)技术被描述为灾后地质灾害阶段的有效选择。如本文所述,提供了cwf的重要尺寸,表明它们可以有效地存储而不会损坏,价格低廉,并且是一种易于向用户解释的技术。本文提供了有关的理据,说明应认真考虑将化学污水处理厂作为灾后的废物贮存设施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ceramic Water Filters as a Response Technology to Geo-Hazards
Geo-hazards, a collective term for earthquakes, floods, windstorms, famine and drought, are intensifying with time and are obstacles to attainment of sustainable development. In particular, issues of availability of safe water are major disruptive elements causing the spread of diarrheal diseases during, and post, these geo-hazard events. Given that ceramic water filters (CWFs) have been shown to effectively remove E.-coli (and, by similar attributes, is effective in the removal of cholera), CWFs as a Point-of-Use (POU) technology are described as an effective option for the postdisaster phase of geo-hazards. As described herein, important dimensions of CWFs are provided, showing they can be stored effectively without suffering deterioration, are inexpensive, and are an easy technology to explain to users. Pertinent rationale for serious consideration of CWFs as a post-disaster POU is provided.
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