无机废水

  • 网络Inorganic wastewater;OWW;FWW
无机废水无机废水
  1. 氯碱企业无机废水处理

    Inorganic Effluent Treatment of Chlor - Alkali Enterprise

  2. 本文通过作者在日本研修期间的实验,对无机废水中SO3~(2-)的空气氧化处理法作了探讨,并提出了几个表达式,供同行参考。

    Air oxidation treatment for SO_3 ~ ( 2 - ) in inorganic waste water is discussed , according to experiments accomplished by the author during his study in Japan . Several expressions are provided for reference .

  3. 光催化技术的主要特点在于它能够以廉价、简单方便的方式降解大部分有机和部分无机废水,并且最终能把污染物降解成水、二氧化碳和相应的无害无机物等。

    The importance of photocatalysis lies in the fact that it can provide a potentially inexpensive and convenient method to treat organic and inorganic contaminants and eventually degrade these compounds to water , carbon dioxide and harmless inorganic matters etc.

  4. 考察了膜-生物反应器(MBR)与活性污泥工艺(CAS)处理无机氨氮废水的对比研究。

    Comparative studies of microbial characteristics between a membrane bioreactor ( MBR ) and a conventional activated sludge system ( CAS ) have been conducted in treating ammonia-bearing synthetic inorganic wastewater under similar conditions .

  5. 在不排泥条件下利用膜生物反应器对高浓度无机氨氮废水进行硝化处理,当HRT减少至10h以内时,开始出现氨氮和亚硝酸盐积累。

    A membrane bio-reactor was used to treat high ammonium strength inorganic wastewater without discharge of excess sludge . Accumulation of ammonium and nitrite appeared when HRT was decreased to < 10 h.

  6. 生物膜处理无机氨氮废水及其好氧反硝化现象

    Treatment of inorganic ammonia nitrogen wastewater by biofilm and its aerobic denitrification phenomenon

  7. 回收无机氨氮废水用集成膜技术的研究进展

    Progress in research on integrating membrane technology used for recovery waste water containing ammonia nitrogen

  8. 高浓度有机废水及无机氨氮废水的(加压)生化处理研究

    Treatment of High Concentration Organic Waste Water and Inorganic Ammonia-Nitrogen Waste Water by ( Pressurized ) Bio-Oxidation

  9. 处理无机含氨氮废水的生物膜优势硝化菌是亚硝化单胞菌群(Nitrosomonas)、亚硝化螺菌群(Nitrosospira)和硝化螺菌(Nitrospira),三者数量占总菌数的60%以上。

    The microscopic images revealed that Nitrosomonas , Nitrosospira and Nitrospira were dominant nitrifying bacteria in the biofilm treating the inorganic ammonium wastewater and occupied above 60 % of the total bacteria number .

  10. 采用吹脱冷凝吸收及吹脱吸收工艺分别处理正丁胺废水和混合含氮(有机氮及无机氮)废水。

    N butylamine effluent ( organic and inorganic nitrogen ) are treated by using the blowing off condensing absorption process and the blowing off absorption process respectively .

  11. 在分析了海泡石的结构、特性以及改性方法的基础上,综述了海泡石在重金属、有机、无机及其它废水处理中的最新应用进展。

    At the base of analyzing the structure , characteristic and modification method of sepiolite , the newest application of sepiolite in heavy metal , organic , inorganic and other kinds of wastewater treatment are summarized .

  12. 国内外研究结果表明无机膜在废水、废气处理上与传统方法相比有很多优点,并对其在环境工程中应用的研究方向进行了展望。

    The results showed that inorganic membrane had many advantages in the treatment of wastewater and exhaust gas compared with tradition techniques , and the paper made a prospect for the research direction of application of inorganic membrane in environmental engineering .

  13. 高浓度无机盐对废水生物处理的毒害作用主要是通过升高的环境渗透压从而破坏微生物的细胞膜和菌体内的酶,既而破坏微生物的生理活动。

    High concentrations of inorganic salts on the toxicity of wastewater biological treatment is mainly through increased osmotic pressure and damage the environment of the cell membrane and the bacteria in vivo microbial enzymes , thus undermining the physiological activities of microorganisms .

  14. 概述了电化学水处理方法、高硼掺杂金刚石膜电极的电化学研究。介绍了高硼掺杂金刚石膜电极的制备、金刚石膜电极在无机和有机废水处理方面的应用。

    This paper summarizes research on electrochemistry using water treatment method and high boron doped diamond film electrode , and gives an introduction to preparation of high boron doped diamond film electrode , and application of diamond film electrode in treatment of inorganic and organic waste water treatment .

  15. 羟胺肟化装置无机液净化和废水汽提系统流程模拟

    Process Simulation of Inorganic Liquid Purify and Wastewater Stripper System of HYAM Oxime

  16. 对无机膜在工业废水处理领域的技术进展和应用现状进行了较全面的综述。

    The development and applications of inorganic membranes in the treatment of waste water are reviewed .

  17. 新型无机高分子絮凝剂对废水中的细菌除菌能力研究

    Study on removal ability of a new inorganic high polymer coagulant to bacteria in waste water

  18. 无机盐对工业废水常规活性污泥生化处理法的影响

    Comparison of the Characteristics between the MBR Unit and the Conventional Activated Sludge Technology Effects of inorganic salt on conventional activated sludge

  19. 本文综述了无机膜的制备和无机膜在废水处理中的应用及研究,并讨论了其以后的应用研究方向和发展前景。

    The preparation of inorganic membrane and it 's application and progress in wastewater treatment were introduced in this paper .