化粪池

huà fèn chí
  • septic-tank;digestion tank
化粪池化粪池
化粪池 [huà fèn chí]
  • [septic tank] 处理污水的池子,用以存放从污水管连续流入的固体有机物,直到由于厌氧微生物的作用而分解为止

化粪池[huà fèn chí]
  1. 这是一个非常坏的化粪池,箱式的味道。

    It 's a very bad septic-tank type smell .

  2. 化粪池污水SBR脱氮工艺研究

    Study on the SBR Denitrification Process of Septic Sewage

  3. 实验结果表明,SBR工艺对处理水质、水量负荷变化很大的化粪池出水,是一种理想的工艺选择。

    It also indicated that SBR process is an ideal option for treating septic tank effluent of various loads .

  4. 浅议HFRP整体式生物化粪池在住宅小区的应用

    The Use of HFRP Septic Tank in Residential Community

  5. 分别描述了小型装置中UASB、SBR、生物滤池、化粪池处理技术和生态系统中人工湿地、绿色生态滤池在小城镇和农村污水处理中的应用。

    It depicts the utilization of UASB , SBR , biofilter and septic tank in rural and small town sewage treatment as well as constructed wetland and Green biofilter .

  6. 以C/N比值较低的景观旅游区公厕化粪池排水为研究对象,在试验基础上将传统的A/O型生物脱N工艺改良为A/O/N型。

    The object of this research is the sewage from septic tank of public conveniences in landscape areas . Based on the experiments , the traditional biological nitrogen removal process with A / O mode is modified to A / O / N mode .

  7. 高炉渣基质对化粪池出水中COD和BOD5的去除率分别为47%~57%和70%~77%,但对总磷的去除率高达83%~90%。

    The removal rates of COD and BOD5 by steel furnace slag were 47 % ~ 57 % and 70 % ~ 77 % , but the removal rate of total phosphorus was high up to 83 % ~ 90 % .

  8. 石英砂基质虽然对化粪池出水中COD、BOD5和TP的去除率分别为36%~49%、65%~75%和40%~55%,但其导水能力最好,水力负荷最高。

    Although the removal rates of COD , BOD5 and TP were 36 % ~ 49 % , 65 % ~ 75 % and 40 % ~ 55 % , respectively by quartz sand , the hydraulic conductivity and hydraulic loading rate was the highest among the three substrates .

  9. 试验污水为经短时厌氧预处理的化粪池污水,并在相同试验条件下与水平潜流人工湿地(HorizontalSubsurfaceflowConstructedWetland,简称SFCW)进行了对比分析。

    Sewage from the septic tank , briefly treated through an anaerobic reactor , was used as the influent wastewater feeding both the horizontal subsurface flow constructed wetland ( SFCW ) and W-SFCW systems under the same conditions .

  10. 广州市取消化粪池试点工作探析

    Analysis of Pilot Work of Abolish the Septic Tank in Guangzhou

  11. 人工湿地对化粪池出水净化效果的对比研究

    Comparison of Purification Efficiency of Septic Tank Effluent by Artificial Wetland

  12. 城市化粪池粪便污泥微生物减量技术及机理研究

    Technology and Mechanism of Microorganism Reduction for Septic Tank Nightsoil Sludge

  13. 建议在城镇推广使用三格化粪池公厕。

    Propose in city employ three squares sePtic tank public lavatory .

  14. 化粪池出水人工快滤与水培蔬菜复合处理系统的研究

    Septic Tank Effluent Treatment Using Combined Rapid Infiltration and Aquaculture System

  15. 论民居化粪池设计、施工和管理上的若干问题

    Divers Issue of Design and Construction and Management of Residence Septic Tank

  16. 广州市新城区取消化粪池的可行性调查

    Feasibility Survey on Removing Septic Tanks in New Town District of Guangzhou

  17. 黑麦草、水芹等7种植物适宜作为苏南地区冬季化粪池污水水培植物。

    Stolonifera were suitable for aquaculture in south Jiangsu Province in winter .

  18. 化粪池出水的土地渗滤处理技术研究

    Study on Land Infiltration Treatment Technology for Septic Tank Effluent

  19. 加强型生物化粪池/潜流人工湿地处理农村生活污水

    Treatment of Rural Domestic Sewage by Enhanced Septic Tanks / Subsurface-flow Constructed Wetland

  20. 预制式二格化粪池户厕建设及卫生效果研究

    Construction of prefab two-grille latrine and its healthy effect

  21. 三格化粪池厕所的无害化效果

    Observation on the Efficacy of Three Squares Septic Tank Lavatory for Diseases Prevention

  22. 复合微生物制剂对化粪池污泥厌氧消化效果的影响

    Effect of Compound Microbial Preparation on Anaerobic Digestion of Nightsoil Sludge from Septic Tank

  23. 厕所与化粪池是两回事,不可混为一谈。

    Toilet and cesspool are two different matters , cannot confuse sth with sth else .

  24. 组装式化粪池处理效果分析

    Assemble Type Septic Tank Treatment Result Analysis

  25. 生物化粪池/表面流人工湿地处理农家乐污水

    Integrated Biological Septic Tank and Surface Flow Constructed Wetland for Farmer Household Tourism Wastewater Treatment

  26. 清洁部:专业环卫车清理化粪池、化油池。

    Clean Division : Professional Sanitation trucks cleaning of septic tanks , chemical oil pool .

  27. 砌体圆拱式单井口三格化粪池的工艺技术及应用

    The technique and application of the three-squared septic tank of arched Brickwork with a single pithead

  28. 不过,都市迳流及化粪池的渗漏,并非一直是微生物污染背后的主要凶手。

    But urban runoff and septic seepage are not always the main culprits behind microbial pollution .

  29. 因此,开展化粪池粪便污泥的原位减量研究具有重要的现实意义。

    Therefore , the study of septic tank nightsoil sludge reduction in situ has important practical significance .

  30. 简要介绍化粪池的原始功能、负面效应、建设费用、技术管理等方面内容;

    The function , deficiency , construction costs and , management of septic tanks were briefly introduced .