生活饮用水

  • 网络drinking water;domestic drinking water
生活饮用水生活饮用水
  1. 巢湖市农村生活饮用水现状调查

    Investigation of situation of current domestic drinking water in rural areas of Chaohu city

  2. 水相Mo浓度高于生活饮用水卫生标准1.86-16.66倍。

    Mo concentrations in aqueous phase were much higher than the health standard for domestic drinking water by 1.86-16.66 times .

  3. 基于XML的生活饮用水水质卫生规范描述语言的设计与实现

    Design and implementation of sanitary standard makeup language for drinking water quality

  4. GC-MS监测生活饮用水输配水管材及防护材料中溶出的挥发性有机物

    Monitor the VOC Dissolved in Drinking Pipe and Antiseptic Dope by GC - MS

  5. 含铅废水经Hap处理后可达到生活饮用水标准。

    The wastewater can reach drinking standard after treated by Hap .

  6. 流化床出水浊度10NTU,色度为20~28倍,pH值为7.5~8.0,达到了《生活饮用水水源水质标准》的二级标准。

    The effluent turbidity is below 10 NTU , chroma 20-28 times and pH 7.5-8.0 , reaching ⅱ - class criteria specified in Water Quality Standard for Drinking Water Source .

  7. RWS-A型ClO2发生器在生活饮用水处理中的应用

    Application of RWS-A Model ClO_2 Generator to DrinKing Water Treatment

  8. 24h浸泡实验显示,铝塑符合管各项指标都符合《生活饮用水水质卫生规范》(2001)要求。

    24h soaking abstract test showed that this pipe could meet all requirements of Sanitary Standards for Drinking Water ( 2001 ) .

  9. 三种预氧化剂与混凝和微滤膜联用工艺对浊度和Fe的去除都很有效果,达到《生活饮用水水质卫生规范》的标准。

    The results demonstrated that his combined process of the three pre-oxidants and coagulation MF membrane could effectively remove turbidity and Fe respectively , which meet the requirement of Sanitary Standard for Drinking Water Quality .

  10. 方法取经PCⅠ型水处理器处理前后的二次供水的水质样品,按《生活饮用水卫生规范》(2001年6月版)进行检测。

    Methods The samples of secondary supply water before and after treatment were collected and determined according to the < Hygienic criterion for analysis of drinking water > ( 2001 edition ) and the water quality was analyzed .

  11. 该文概述了太阳能-二氧化钛(TiO2)光催化水处理技术在生活饮用水净化、消毒和废水处理方面的研究与应用动态。

    The recent developments in purification and disinfect of drinking water as well as wastewater treatment adopting solar energy-titanium dioxide ( TiO2 ) catalytic technology are introduced in general in the present review .

  12. 测定及结果评价按《地表水环境质量标准》(GB3838-2002)及《生活饮用水卫生标准》(GB5749-2006)执行。

    And Standard GB3838-2002 and GB5749-2006 were used to evaluate the results in sampling measurement .

  13. 方法按GB5750-1985《生活饮用水检验方法》采用反渗透法进行淡化后海水成品水微生物、氯化物及pH检验。

    Methods Using reverse osmosis for seawater desalination , the microbiological indexes , the levels of chloride and the pH values of finished water after seawater desalination were determined and then were assessed based on the National Method for Determination of Drinking Water ( GB 5750-1985 ) .

  14. 采用国产30W直管型石英紫外线低压汞灯对生活饮用水消毒进行了试验研究。

    In this paper we studed the quartz ultraviolet disinfection method for drinking water using 30w low pressure mercury lamp .

  15. ICPS-OES法测定生活饮用水主要金属元素含量

    Determination of Major Metal Elements in Drinking Water by ICPS-OES Method

  16. 产水水质达到或优于《生活饮用水卫生标准》GB5749-2005。

    The quality of UF filtrate satisfied the standard for drinking water quality of GB5749-2005 .

  17. 方法采用《生活饮用水卫生规范》(2001)和《地面水环境质量标准》(GB3838-2002)进行连续监测和综合评价。

    Method Successive surveillance and comprehensive evaluation were carried out by using Drinking Water Sanitary Criterion ( 2001 ) and Surface Water Environmental Quality Standard ( GB 3838-2002 ) .

  18. 结论结果表明孝感市外环境中HCH残留量超过了绿色食品灌溉用水标准和生活饮用水卫生标准,农产品检出率为95%;

    Conclusion The results showed that the content of HCH residue in environment in xiaogan city was higher than the standard of green food irrigating water and the standard of drinking water . The pesticide residue could be detected in 95 % samples of farm produces .

  19. 该工艺对含悬浮物矿井水处理,系统出水水质稳定,所测项目达到国家生活饮用水水质标准(GB5749-85)。

    The system effluent quality is stable and the tested items of the effluent met the national drinking water criterion ( GB5749-85 ) when the C-MFMS combined process dealt with the coal mining water .

  20. 方法对该基地所有自备水源的20个单位共23个水源水和23个末梢水的水质进行卫生监测,根据GB5749-85《生活饮用水卫生标准》进行评价。

    [ Methods ] Hygienic supervision was done on 23 water sources and 23 tip water of 20 units of the base ; evaluation was made according to GB 5749-85 " Sanitary Standard for Drinking Water " .

  21. 本文研究开发了混凝-微滤工艺处理膜反洗/清洗水,使其达到《生活饮用水卫生标准》(GB5749-2006)要求,以提高膜装置的产水率。

    In this study , a coagulation-microfiltration process was operated to treat the membrane backwash water and membrane clean water to meet Standards for Drinking Water Quality ( GB5749-2006 ) . The aim of the experiment was for improving the productivity of the membrane process .

  22. 随着新的《生活饮用水卫生标准》(GB5749-2006)的颁布,我国对饮用水水质要求变高,而传统的水处理工艺在一定程度上不能达到新标准要求。

    In China , with the promulgation of the new standards for drinking water quality ( GB5749-2006 ), the demand for water quality becomes higher , and therefore , to some extent , the traditional water treatment process cannot meet the demand of the drinking water quality standards .

  23. 通辽铁路系统2001年生活饮用水的卫生调查

    Sanitation Investigation to Potable Water of Tongliao Railway System in 2001

  24. 2008年北京市顺义区生活饮用水水质理化指标监测分析

    Physico-chemical examination and analysis of drinking water for Shunyi in 2008

  25. 河源市农村生活饮用水卫生现状分析

    Sanitary Quality of Drinking Water Analysis in Rural Areas of Heyuan

  26. 2005年三门峡市某造纸厂自备生活饮用水污染事故调查

    Investigation on the Pollution of Self-sustaining Drinking Water in a Paper-mill

  27. 淮北市生活饮用水水氟含量检测分析

    Analysis of Contents of Fluorine in Drinking Water in Huaibei City

  28. 生活饮用水水质标准是保证自来水水质的核心。

    Scientific standard is the basis to prove drinking water quality .

  29. 盐城市生活饮用水氯化物含量纵向分析

    Longitudinal Analysis on the Chloride Content of Drinking Water in Yancheng

  30. 改良矿井水作为生活饮用水的研究与应用

    Study and application of improving mine water as domestic drinking water