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Assessment of the Enhanced Disinfection Capacity of the New Life International -- Model 11 Water Purifier when Coupled with a Continuous Power Supply.

机译:评估New Life International-Model 11净水器与持续供电时增强的消毒能力。

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摘要

Some estimates place the number of people worldwide who have no or limited access to safe drinking water at nearly two billion. Every year, millions of people die due to diseases contracted from unsafe drinking water. Disinfection of drinking water by chlorination could prevent the vast majority of these deaths. New Life International is a Christian, non-profit organization based in Underwood, Indiana. Since the mid 1990's New Life International has manufactured, distributed and installed a proprietary water purification system that utilizes the principle of brine electrolysis to generate a mixture of chlorination species for drinking water disinfection.;The work described herein was conducted to evaluate the potential for increasing the production of safe drinking water by pairing the traditional battery driven water purifiers with a continuous power supply. After establishing the baseline disinfection capacity of the Model 11 purifier using a continuous power supply module, work was undertaken to evaluate how maximum safe water production could be achieved by assessing alternative purifier configurations.;This thesis presents the methods and protocols followed for data collection, a presentation of the results obtained along with a discussion of their relevance as well as recommendations for improving the continuous power supply module.
机译:据估计,全世界无法或有限获得安全饮用水的人数接近20亿。每年,由于不安全的饮用水导致的疾病导致数百万人死亡。通过氯化消毒饮用水可以防止绝大多数此类死亡。 New Life International是位于印第安纳州安德伍德的基督教非营利组织。自1990年代中期以来,New Life International已制造,分配和安装了专有的水净化系统,该系统利用盐水电解的原理来生成用于饮用水消毒的氯化物混合物。通过将传统的电池驱动净水器与连续电源配合使用,可以生产安全的饮用水。在使用连续电源模块确定Model 11净化器的基线消毒能力之后,我们进行了工作,以评估如何通过评估其他净化器配置来实现最大的安全水生产。本文提出了数据收集所遵循的方法和协议,介绍获得的结果,并讨论其相关性,以及改进连续电源模块的建议。

著录项

  • 作者

    Fox, Avery.;

  • 作者单位

    University of South Carolina.;

  • 授予单位 University of South Carolina.;
  • 学科 Environmental engineering.;Civil engineering.
  • 学位 M.S.
  • 年度 2012
  • 页码 132 p.
  • 总页数 132
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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