含油废水处理

  • 网络oily wastewater treatment;oily waste water treatment;water-bearing waste water processing;oil waste water treatment
含油废水处理含油废水处理
  1. 评述了三种含油废水处理药剂的筛选和评价方法。

    Three methods for screening and evaluating additives of oily wastewater treatment are reviewed .

  2. 含油废水处理药剂的评价方法与加药自动控制

    The Evaluation Methods and Automatic Dosage Control of Additives for the Oily Wastewater Treatment

  3. 对制备出的PAC和硫酸铝均进行了含油废水处理试验研究。试验发现:絮凝剂投加量、pH值、温度等都对絮凝效果有影响。

    In the treatment of oily Wastewater with PAC and aluminum sulfate which made from aluminum foil cleaning Wastewater , the flocculant dosage , pH and temperature influenced the flocculation effect .

  4. 从含油废水处理曝气池活性污泥中分离到具有絮凝特性的絮凝菌株F2、F6,絮凝率在80%以上。

    The strain F2 、 F6 with high flocculating activity was isolated from activated sludge of oil wastewater treatment system . The flocculation efficiency is more than 80 % .

  5. NCF与PAC复配应用于含油废水处理,可明显破乳,提高污染物去除率。

    When the prescription of NCF and PAC mixture is applied to oil-con - rained sewage treatment , demulsification is evidently strengthened and the reduction rate of the pollutant is increased .

  6. 本文通过实验对比了PAM和合成絮凝剂DPAM,结果表明该絮凝剂在高浊水、含油废水处理中具有实际应用前景。

    This article through the experiment with PAM and DPAM , the results show that the cationic organic macromolecular flocculants have practical application prospect in high turbidity of water and oil wastewater .

  7. 机械加工含油废水处理滤料的选择

    Choice of filters for treatment of oily wastewater from machine process

  8. 微絮凝过滤用于含油废水处理研究

    A Study on the Treatment of Oil-bearing Wastewater by Micro-flocculation Filtration

  9. 含油废水处理工艺及设备选择

    Selection of treatment process and equipment for oil waste

  10. 发电厂含油废水处理系统的改造

    Reformation of the treatment system for oil - bearing wastewater in power plants

  11. 两种典型的含油废水处理工艺分析比较

    Two Typical Oil-bearing Wastewater Treatment Techniques Comparing and Analyzing

  12. 含油废水处理的工艺要求

    Technological Requirements for the Treatment of Oily Waste Water

  13. 第二部分采用深度氧化法研究对含油废水处理情况。

    In Part 2 , handling the oily wastewater with depth oxidize method .

  14. 机加工含油废水处理研究

    Research on treating oily sewage produced by machine finishing

  15. 含油废水处理中混凝剂的选择

    The Choice of the Coagulant in Oil Wastewater Treatment

  16. 萃取法在火电厂含油废水处理中的应用

    Application of extraction method in treatment of oily waste water in thermal power plant

  17. 石油开采含油废水处理技术的探讨

    Process Study on Oil-Containing Wastewater from Petroleum Production

  18. 水力旋流器用于含油废水处理

    Hydrocyclone used in oil containing wastewater treatment

  19. 含油废水处理的调研和实践

    Investigations and Practice of Oily Wastewater Treatment

  20. 改进的含油废水处理系统

    Improved treatment system of oil-mixed waste water

  21. 油库含油废水处理技术

    Oil Wastewater Treatment Technique in Oil Depot

  22. 通过现有工艺与改造工艺的对比,得出了合理的含油废水处理工艺。

    Compared with original treatment technique , the treatment technique of oil-containing wastewater improved is reasonable .

  23. 用于高矿化度含油废水处理的高效菌株的分离及特性研究

    Study on Isolation and Characteristics of High Efficiency Degrading Bacterium for High Salinity Oil Wastewater Treatment

  24. 铁路洗罐站含油废水处理新工艺探讨

    The Study on a New Processing of Oil Bearing Waste Water in Railway Flusing Tank Car Station

  25. 含油废水处理方法

    Oily Wastewater Treatment Processes

  26. 采用两级气浮及生物接触氧化工艺对高浓度乳化液含油废水处理工艺进行了研究。

    Study on treating technology of oily emulsion wastewater has been conducted by using two-stage floatation and biological contact oxidation process .

  27. 对树脂进行含油废水处理实验,结果表明,合成的高吸油树脂对含甲苯废水吸收能力强,且有较好油水选择性。

    The property of dealing with oily waste water was studied , and found that the synthesized high oil absorption resin had a good absorbency for waste water containing toluene and clear oil-water selectivity .

  28. 介绍了超滤、反渗透等膜分离技术在含油废水处理中的应用,分析了膜分离技术处理含油废水的效果及透过特性,并且给出了它们在含油废水处理中的应用实例。

    The application of such membrane separation technology as reverse osmosis and ultrafiltration in the treatment of oily water are introduced , and the results of these treatment are discussed . Meanwhile some examples of these membrane separation technology in treatment of oily water are given .

  29. 含油废水处理方法有很多,其中吸附法是一种高效快捷的方法,但吸附剂再生成本很高,如何解决吸附剂吸附能力再生的问题一直是吸附技术应用的难题。

    Numbers of methods have been applied in oil-containing wastewater treatment and among them adsorption has been proved to be a fast and effective process . The main problem associated with the adsorption technology , however , is its high cost in regeneration of the system adsorption capacity .

  30. 无碱SPG体系对渤海稠油冷采实验研究冷轧含油酸碱废水处理运行管理实践

    FEASIBILITY STUDY OF VISCOELASTICITY AND MOBILITY CONTROL ABILITY OF SPG SYSTEM TO HEAVY CRUDE OIL OF BOHAI BAY Practice of Operation and Management of Treating Waste Water Bearing Oil , Acid and Alkaline from Cold Rolling Plant