集中式供水水质达到国家卫生标准。
Conclusion Drink water reached the national standard for water supply.
目的：了解吕梁地区城镇集中式供水卫生现状。
Objective: to know the sanitary situation of the centralized water supply in the towns of Luliang prefecture.
了解地震后某县水厂市政集中式供水的卫生状况。
To find out the drinking water safety situation of a county centralized water supply facility after earthquake.
需加强对集中式供水水源防护、水质处理和消毒工作。
Water sources need to be strengthened to defend, manage and disinfect.
方法对全市乡镇、村集中式供水设施进行全面调查，并进行系统分析。
Methods All tap water facilities at township or village level were investigated comprehensively.
方法在集中式供水企业试行采用量化分级管理方法，并对结果进行评价。
Methods Quantified and classified management was used for evaluation of water-supply enterprises.
建立水源保护区是有效保护集中式供水水源地，保障持续供水的有效手段。
The establishment of effective of water source protection areas is centralized water supply sources to ensure an effective mean of continuous water supply.
结论宿州市城镇集中式供水面临的主要问题是改水降氟、饮水消毒和水源卫生防护。
Conclusions the main problem of centralized water supply management in Suzhou City was to decrease fluoride, decontaminate drinking water and protect the water source.
目的分析宿州市市、县级自来水水厂供水卫生现状和影响因素，以加强我市集中式供水卫生管理。
Objective Analyzing the sanitation status and its crucial factors of SuZhou water supply in order to strengthen sanitation management of water supply.
目的了解六安市集中式供水单位生活饮用水水质卫生质量的动态变化，为保证供水质量提供依据。
Objective To investigate the sanitary quality of drinking water from centralized water supply department in Luan City.
方法直接采集灾区现场水样用余氯比色仪对江油市灾区内集中式供水和分散式供水的基本情况进行了调查。
Method water samples directly collected at the scene for surveying the basic condition of centralized and disperse water supply by residual chlorine colorimetry in the disaster areas of Jiangyou City.
饮水除砷，采用铁盐改性骨炭（集中式供水）、混凝沉淀（分散式供水）及金属复合材料（净水器装置）除砷；
Removal of arsenic from drinking water by adsorption onto modified bone char, or coagulation and precipitation, and a metal compounding material;
试验旨在为设计一套农村小型集中式或分散式除氟供水设备提供参考。
The experiment aimed to make reference to design a rural small-scale centralized or distributed defluoridation water supply equipment.
试验旨在为设计一套农村小型集中式或分散式除氟供水设备提供参考。
The experiment aimed to make reference to design a rural small-scale centralized or distributed defluoridation water supply equipment.
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