CONSTRUCTED WETLANDS AND THEIR IMPLEMENTATION ON PRIVATE AND PUBLIC LAND IN KATHMANDU VALLEY, NEPAL

Z. Boukalová, J. Těšitel, B. D. Gurung
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引用次数: 3

Abstract

In the year 2018 we were surveying the current situation of the constructed wetlands (CW) in Kathmandu Valley. Nepal and their implementation possibilities on private and public land. We divided the CWs into groups according to the beneficiary type: CWs for schools, CWs for private houses, CWs for bigger communities and CWs for institutions with other than educational purposes (hospitals, monasteries, etc.). We identified two potentially successful CW models that could be replicated for sustainable wastewater treatment and started the discussion about how the CW could be effectively used for flood protection measures as well. CWs are a strategic natural based technology for Nepal because they are highly efficient in removing organic and insoluble substances and, at the same time, they could be used as a natural based solution for flood prevention. Their construction and operation are both simple and cost-effective. For their management, neither electric power nor sophisticated computers are needed and they do not contain mechanical components that would require repairing and importing. Furthermore, they work very well regardless of the season, precipitation and temperature. Nevertheless, it must be noticed that CWs do not work without any attention – the operator’s participation is required for their good performance.
尼泊尔加德满都谷地的人工湿地及其在私人和公共土地上的实施
2018年,我们调查了加德满都谷地人工湿地(CW)的现状。尼泊尔及其在私人和公共土地上实施的可能性。我们根据受惠人的类型将社区卫生服务分为几组:学校社区卫生服务、私人住宅社区卫生服务、大型社区卫生服务和非教育目的机构(医院、修道院等)的社区卫生服务。我们确定了两个潜在的成功的连续水处理模型,可以复制用于可持续的废水处理,并开始讨论如何有效地将连续水处理用于防洪措施。对尼泊尔来说,化粪池是一种战略性的天然技术,因为它们在去除有机和不溶性物质方面效率很高,同时,它们可以作为一种天然的防洪解决方案。它们的建造和运行都很简单,而且成本低廉。对于它们的管理,既不需要电力,也不需要复杂的计算机,它们不包含需要修理和进口的机械部件。此外,无论季节、降水和温度如何,它们都能很好地工作。然而,必须注意的是,化学武器不是没有任何关注就能工作的——要取得良好的性能,需要操作员的参与。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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