1) pharmaceutical wastewater
医药废水
1.
Study on various factors' effects on electrolytic pretreatment of pharmaceutical wastewater;
各种影响因子对电解法预处理医药废水的影响研究
2.
Progress in the research on photocatalytic oxidation processes for treating pharmaceutical wastewater
光催化氧化技术处理医药废水研究进展
3.
A bench-top electrolytic set was used to study anode indirect oxidation of a stream of pharmaceutical wastewater featuring high concentrations of COD, chloride and SO_4 2-.
探讨了利用电解—阳极间接氧化技术处理医药废水的机理,并通过电解反应和兼氧反应的对比试验、处理前后废水水质比较验证了电解—阳极间接氧化方法具有提高难直接生物降解的医药废水可生化性和同时去除部分有机物的效果。
2) medical wastewater
医药废水
1.
A two-phase anaerobic system composed of UBF acidification reactor with iron chip filter and UASB mechanization can treat medical wastewater from production of Zinc5-aminosalicylate (Zn5-ASA) of high concentration.
采用以铁屑为填料的UBF反应器作酸化相、以UASB反应器作甲烷相的两相厌氧系统处理Zn 5 -ASA医药废水。
3) pharmaceutical and chemical wastewater
医药化工废水
1.
Inner electrolysis-two-grade biochemistry process for pharmaceutical and chemical wastewater treatment;
内电解—两级生化法处理医药化工废水
2.
The physicochemical(coagulation and electrolytic oxidation)/hydrolysis/contact oxidation process was used to treat pharmaceutical and chemical wastewater.
采用物化(混凝、电解氧化)/水解/接触氧化工艺处理医药化工废水,处理量为200m3/d,其中高浓度废水COD为30000mg/L,低浓度废水COD为3000mg/L。
3.
The capacity of its second-phase extension project is 10×104 m3/d,including approximately 2×104 m3/d pharmaceutical and chemical wastewater,and 8×104 m3/d other municipal wastewater.
台州市椒江污水处理厂已建一期工程规模为5×104m3/d,二期扩建工程规模为10×104m3/d,其中医药化工废水设计水量约为2×104m3/d,市政污水设计水量约为8×104m3/d。
4) pharmaceutical raw materials wastewater
医药原料废水
1.
Pilot study was carried out on the use of efficient acidogenic fermentation reactor as the acidogenic stage of two phase anaerobic biological treatment for high strength pharmaceutical raw materials wastewater.
以高效产酸发酵反应器作为高浓度医药原料废水的二段厌氧生物处理的产酸装置 ,通过中试研究获得了该反应器运行过程中的COD容积负荷、水力停留时间、进水COD浓度、搅拌速度等参数及与COD去除率的关系 ,为实际工程设计及运行提供了依
5) Pharmaceutical intermittent material wastewater
医药中间体废水
1.
Pharmaceutical intermittent material wastewater contains high salinity, high chroma and high contents of organic pollutants.
通过Ti／RuO_2阳极、Ti／SnO_2+Sb_2O_3／β-PbO_2阳极和Ti／SnO_2纳米阳极处理高盐分医药中间体废水的比较发现，采用Ti／RuO_2阳极可以有效地去除水中的有机污染物，NH_3-N和色度等，电流密度为57。
补充资料：焦化厂含酚氰废水处理设计(见含酚氰废水处理设计)
焦化厂含酚氰废水处理设计(见含酚氰废水处理设计)
design of phenolic and cyanic waste water treatment for coking plant
J iaohuaehang honfenging feishui ehuli sheji焦化厂含酚氛废水处理设计(design of phe-nolie and eyanie waste water treatment foreoking plant)见含酚氛度水处理设计。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条