雨水和再生水资源化在绿色基础设施中的应用研究

发布时间：2018-01-19 10:13

本文关键词： 城市景观水体绿色基础设施雨水资源化再生水　出处：《南京林业大学》2013年硕士论文　论文类型：学位论文

【摘要】：本文从城市缺水的现状和类型出发，分析了城市景观水体补给的类型，得出了为满足我国资源节约型、环境友好型社会的要求，城市景观用水今后的主体将是雨水和再生水这一结论。但由于这两种水体自身存在的问题及对景观水体水质的要求，分别对两者的实际应用进行了研究。从绿色基础设施的概念、构成要素和网络系统出发，，研究已有景观水体水质控制技术，对比出基于绿色基础设施理念的自然生态修复法在这方面的优势，分别研究了雨水和再生水资源化在绿色基础设施中的运用。针对昆明市的公园雨水利用提出了初步思路，并介绍了昆明西华园的治理方案。研究中运用了资料收集、现状调研、实地观测等研究方法。并对昆明西华园水体治理工程进行了跟踪研究，全程记录水体水质治理效果。通过研究得出将绿色雨水和再生水基础设施运用于景观水体的规划建设，有效地解决再生水和雨水在补给景观水体的过程中的问题是一项具有重要意义的任务，将实现环境、经济和社会等多种功能效益。
[Abstract]:Starting from the current situation and types of water shortage in cities, this paper analyzes the types of water supply in urban landscape, and concludes that the requirements of resource-saving and environment-friendly society in China are met. The main body of urban landscape water in the future will be Rain Water and reclaimed water. However, due to the problems existing in the two kinds of water bodies and the requirements for the water quality of landscape water bodies. From the concept of green infrastructure, elements and network system, the existing landscape water quality control technology is studied. The advantages of natural ecological restoration based on the concept of green infrastructure are compared. The application of Rain Water and reclaimed water in green infrastructure was studied, and a preliminary idea was put forward for the utilization of Rain Water in Kunming Park. The paper also introduces the management scheme of Kunming Xihua Garden. The methods of data collection, current situation investigation and field observation are used in the study, and the water treatment project of Kunming West China Garden is followed up and studied. The whole process records the effect of water quality control. Through the study, it is concluded that green Rain Water and recycled water infrastructure will be used in the planning and construction of landscape water. It is an important task to effectively solve the problems of reclaimed water and Rain Water in the process of recharge the landscape water body, which will realize the environmental, economic and social benefits.
【学位授予单位】：南京林业大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TV213.9;TU986

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