城乡管网水质安全保障方案数据集

为提升和保障房山区城镇及农村供水的管网水和龙头水水质， 研究管网输配过程中的水质变化机制；从管网水质化学和生物稳定性、多水源切换、消毒方式、输配水管材类型等方面识别水质风险因素；提出保障管网水质生物和化学稳定性主要控制指标和关键技术方法，开发以病原微生物和营养物控制为核心的低药剂或无药剂水质保障技术体系，研究构建维持管网和龙头水质稳定、降低致病微生物和微量有机物污染等风险的水质安全保障方案，提升房山城镇及农村供水的管网水和龙头水水质保障能力。数据量19.76MB。

To improve and guarantee the water quality of pipe network water and tap water for urban and rural water supply in Fangshan District, this study investigates the water quality variation mechanisms during pipeline transportation and distribution processes, identifies water quality risk factors from aspects including chemical and biological stability of pipe network water quality, multi-water source switching, disinfection methods and types of water transmission and distribution pipes, proposes the main control indicators and key technical methods for ensuring the biological and chemical stability of pipe network water quality, develops a low-dosage or non-dosage water quality guarantee technical system centered on the control of pathogenic microorganisms and nutrients, and studies and constructs water quality safety guarantee schemes that maintain the stability of pipe network and tap water and reduce risks such as pathogenic microorganism and trace organic matter pollution, thereby improving the water quality guarantee capacity of urban and rural water supply pipe network water and tap water in Fangshan District. The data size of this dataset is 19.76 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于城乡管网水质安全保障，旨在通过研究管网输配过程中的水质变化机制，识别化学和生物稳定性等风险因素，开发低药剂或无药剂技术体系，以提升房山区城镇及农村供水的管网水和龙头水水质。数据集包含19.76MB的4个文件，来源于国家重点研发计划项目，由清华大学创建并发布。