酚污染

  • 网络phenol pollution
酚污染酚污染
  1. 汾河临汾段酚污染预测分析

    Forecast and Analysis of Phenol Pollution of Linfen Section of Fenhe River

  2. 伊通河长春段挥发酚污染的分析

    Analysis of the Volatile Phenol Pollution in the Changchun Section of the Yitong River

  3. 太原市地下水源挥发酚污染分析

    Analysis on Underground Water Source Polluted by Volatile Phenol in Taiyuan

  4. 长江武汉段工业港酚污染带研究

    Study on phenolic contaminated zone of the Changjiang River in Wuhan

  5. 受酚污染地表水生物修复技术的基础研究

    A study on bioremediation of phenol contaminated surface water

  6. 大连市自然河流挥发酚污染事故预测模型研究

    Study on Predication Model of Volatile Phenol Pollution Accidents in Natural River of Dalian City

  7. 所以该厂对周围水及长江水没有造成明显的酚污染,同时表明:不同时间和地点采样的水中挥发酚含量有差别。

    Therefore this chemical plant did not result in serious phenol pollution in its surrounding water .

  8. 酚污染对健康的影响

    Health effects of phenol pollution

  9. 对长江武汉段工业港酚污染带作了应用研究。

    The models are applied to study the phenolic contaminated zone of the Changjiang River in Wuhan reach .

  10. 相对于先氯后氨和同时氯氨的消毒剂投加方式,先氨后氯的投加方式在降低原水酚污染影响的作用更为有效。

    It is more effective to disinfect water by means of " first chloramines , then ammonia " in lowering pollution .

  11. 汾河临汾段酚污染严重,酚的污染预测具有重要的实际意义。

    The phenol pollution of Linfen Section of Fenhe River is very serious , so the forecast of phenol pollution has important practical significance .

  12. 结果发现武汉市地表水体和淡水鱼均已受到挥发酚的污染。

    The results showed that the surface water and freshwater fish in Wuhan had been polluted by volatile phenols .

  13. 本研究利用传统的富集、筛选、纯化的方法,从受含酚废水污染的土壤中筛选出了8种酚类化合物的10株降解菌。

    We use traditional enrichment , screening , purification methods to select 10 degrading bacteria of 8 kinds of phenolic compounds from a soil sample polluted by phenol wastewater .

  14. 广西沿海挥发酚的主要污染源的调查监测与评价

    Appraisement and the Investigation Inspection of the Major Pollution Source of GuangXi Coastal Volatile Phenol

  15. 开展含酚废水的污染防治研究是保护环境、维持生态平衡的重要任务。

    To carry out phenol wastewater pollution prevention and control research is to protect the environment , maintaining the ecological balance of the important tasks .

  16. 为减少炼油厂含酚污水的污染,从生活污泥中培育出噬酚菌,以生物陶粒作为填料,用新型固定生物床对含酚污水进行工业试验。

    In order to decrease the pollution of phenol-containing wastewater in refinery , the commercial test is carried out on a new biological bed by using bacteriophage phenol bred from domestic sludge and taking biological ceramsites as the packing .

  17. 当酚类污染物污染范围较大,且附近有小河汊等时,利用导流堤将污染物引入横截面较小的小河汊,以便安置活性炭拦截吸附网。

    When the pollution area was relatively large and there was tributary nearby , the diversion dike was used to lead the phenolic pollutants into the tributary which had the small cross-section , so that the activated-carbon-block-adsorption net ( ACBA net ) could be set easily .

  18. 三种酶结合起来可在一定程度上指示酚类化合物的污染,因此具有作为酚类污染生物标志物的潜在价值。

    The combination of these three enzymes may indicate phenolic compounds contamination to a certain extent , and have the potential to become their biomarkers .

  19. 甘蔗组培中的酚害(又称酚污染或褐化)受多种因素的影响。

    Phenolic pollution or browning ln tissue culture of sugarcane is affected by various factors .

  20. 采用酚水煤泥法治理含酚废水污染的新方法。

    The invention discloses a novel method which adopts phenol-water coal-slime to dispose of phenol contained wastewater contamination .

  21. 本文调查了生产酚醛树脂和环氧树脂两个使用酚的工厂周围300米内空气酚污染状况,做了酚嗅阈实验,嗅阈值为0.158mg/m~3。

    The state of atmosphere Pollution within 300 meters around two factories which Produced bakelite and epoxy resin was investigated . At same time , the olfaction threshold of phenol was tested .

  22. 同时,炼油、炼焦、石油化工等行业中,含酚工业废水的随意排放,导致了环境水体中的酚类污染日益严重。

    Meanwhile , industrial wastewater containing phenol is discharged casually from the ways of petroleum refining , coke making and petroleum and chemicals and so on . It leads to phenols pollution getting serious in some regions of country .

  23. 酚类化合物是一类重要的工业污染物,长期使用被酚类化合物污染的水可引起人体和水生生物的中毒。

    The phenol compound is kind of important industry pollutant , the long-term use the polluted water by the phenol compound may cause the human and the aquatic biological poison .