溶井微污染水供水就地处理技术研究

溶井是西南岩溶区主要的分散式供水方式。本文在对典型地区溶井水污染特征分析基础上，通过对现有分散供水水处理工艺原理的分析，提出了溶井供水的水污染防治措施，并结合中试试验，对溶井快渗池的设计思路、设计参数、水处理工艺以及施工中的注意事项进行了详细说明。试验表明，溶井在采取水处理措施后，出水浊度均低于5度，微量有机物去除率大于35％，氨氮可削减60％以上，细菌总数最大可截留95％；溶井快渗池工艺在溶井水处理过程中不需要添加任何药剂，避免了混凝剂和消毒剂对水质产生的副作用和卫生问题，出水水质主要指标基本达到生活饮用水卫生标准。...

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Bibliographic Details
Published in中国岩溶 Vol. 34; no. 4; pp. 309 - 313
Main Author 邹胜章 朱丹尼 李录娟 卢海平 周长松
Format Journal Article
LanguageChinese
Published 中国地质科学院岩溶地质研究所/国土资源部、广西壮族自治区岩溶动力学重点实验室/国土资源部岩溶生态系统与石漠化治理重点实验室,广西桂林,541004 2015
Subjects
人工快渗
分散供水
地下河
就地处理
慢滤
溶井
人工快渗
subterranean stream
distributed water supply
in-situ treatment
溶井
rapid infiltration
karstic natural well
地下河
分散供水
slow filtration
就地处理
慢滤
Online AccessGet full text
ISSN1001-4810
DOI10.11932/karst20150401

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Summary:溶井是西南岩溶区主要的分散式供水方式。本文在对典型地区溶井水污染特征分析基础上，通过对现有分散供水水处理工艺原理的分析，提出了溶井供水的水污染防治措施，并结合中试试验，对溶井快渗池的设计思路、设计参数、水处理工艺以及施工中的注意事项进行了详细说明。试验表明，溶井在采取水处理措施后，出水浊度均低于5度，微量有机物去除率大于35％，氨氮可削减60％以上，细菌总数最大可截留95％；溶井快渗池工艺在溶井水处理过程中不需要添加任何药剂，避免了混凝剂和消毒剂对水质产生的副作用和卫生问题，出水水质主要指标基本达到生活饮用水卫生标准。
Bibliography:45-1157/P
ZOU Sheng-zhang, ZHU Dan-ni, LI Lu-juan, LU Hai-ping, ZHOU Chang-song （ Institute of Karst Geology, CAGS / Key Laboratory of Karst Dynamics, MLR＆GZAR /Key Laboratory of Karst Ecosystem and Rocky Desertification Rehabilitation, MLR, Guilin, Guanga＇i 541004, China）
subterranean stream, karstic natural well, distributed water supply, rapid infiltration, slow filtration, in-situ treatment
In the regions of Southwest China, natural karstic wells are the main sources for local water supplies in a distributed manner. In this paper, a study on the technical principle of water treatment for some representative karst wells in the karst areas was conducted, based on the analysis of the well water pollution characteristics. The objective of this study is to provide treatment measures for preventing the water from pollutions by any means. In combination of the technical principle with a pilot test, this paper presents in de- tail the idea for the design and associated design parameters, the technics of water treatm
ISSN:1001-4810
DOI:10.11932/karst20150401