1) washing sweater wastewater
洗毛衣废水
1.
Study of washing sweater wastewater by biological treatment;
洗毛衣废水生化处理工艺研究
2) washing wastewater
洗衣废水
1.
The harmfulness of the co-discharge of washing wastewater and roofing rainwater and its settlement;
洗衣废水与屋面雨水合排的危害及解决方法
2.
Study of recycling washing wastewater from textile factory by the integrated technology of membrane
膜集成技术处理纺织洗衣废水回用的研究
3.
The effect factors and character of the equipment were studied by treating washing wastewater.
根据气泡与絮体的粘附理论和紊流气浮理论,设计了共凝聚气浮反应器的试验装置,并通过对洗衣废水进行试验,确定运行参数,考察设备性能,对设备进行改进混凝剂与原水在输水管线中混合,混凝过程在气浮反应池中进行溶气水释放的微气泡在微絮体的空隙内释放长大,与微絮体形成共聚复合体,在上浮过程中起到了“核”的作用,提高了絮体的上浮速度,使气浮达到了最优的去除效果该设备采用了气液混合泵溶气,取代了传统气浮装置中的空压机、溶气罐和释放器,减小了占地面积,节省了投资费
3) laundry wastewater
洗衣废水
1.
A new bipolar electrocoagulation and electroflotation process was developed to treat laundry wastewater.
采用复极式电凝聚-电气浮方法处理洗衣废水。
4) woolscouring effluent
洗毛废水
1.
Demulsification of woolscouring effluent with high organic solid content through acidic hydrolyzation;
酸解破乳作用处理高含固率洗毛废水的研究
2.
Suspended solids dispersed in woolscouring effluent(WSE) could be flocculated and precipitated in low pH.
利用洗毛废水在低pH条件下,有机物絮凝沉降的特点,通过嗜酸性硫杆菌(Acidophilic thiobacillus)的产酸作用降低体系pH,破坏废水固有的稳定性,改变有机物的亲水性能,实现固液分离,达到去除COD的目的。
3.
To remove biorefractory organic matter from woolscouring effluent, the bioacidification treatments pre-acidified by 4.
L-1硫酸)预酸化和生物酸化废水预酸化对生物产酸法处理洗毛废水的影响。
5) wool washing wastewater
洗毛废水
1.
The wool washing wastewater was treated by coagulation sedimentation and biological contact oxidation technology.
针对羊毛脂较低的原料,采用絮凝沉淀—生物接触氧化工艺处理洗毛废水。
2.
The effect of VCG in wool washing wastewater treatment is that SS and COD are cut down by 96 33% and 65 8% respectively,55 73% higher than that of chitosan.
VCG对洗毛废水中SS和COD的去除率分别达到 96 33%和 6 5 8% ,去除率比用壳聚糖提高了 5 5 73%。
6) wool scouring effluent
洗毛废水
1.
Research on wool scouring effluent treatment and refinement of lanolin;
洗毛废水中羊毛脂回收与利用的研究
2.
The wool scouring effluent is one of the difficult problems of spinning waste water treatment,because that the pollutant consistence of this kind of waste water is very high.
洗羊毛废水是纺织行业废水处理的难题之一,该废水污染物浓度高,常规的处理方法是预处理和生化处理相结合,但目前流行的预处理方法较复杂,成本较高;针对洗毛废水的污染特性,开发新型的凝聚剂和处理工艺,可简单、经济、有效地对洗毛废水进行预处理,使COD去除率达到95%以上,每吨废水处理费用相对较低。
3.
For better wool scouring effluent treatment, the effect and efficiency of two inorganic coagulants: PAC(polyaluminium chloride) and PFS(polyferric sulf ate), followed by adding PAM(polyacrylamide), have been investigated, calculated and compared using parameters such as concentration of LAS, COD, colloid or agg regates size.
作者采用PAC(聚合氯化铝)/PAM(阴离子聚丙烯酰胺)和PFS(聚合硫酸铁)/PAM两种复合絮凝剂分别进行了洗毛废水的絮凝实验研究,同时跟踪了过程中的粒径变化。
补充资料：毛衣鱼
| 毛衣鱼 Ctenolepisma villosa 昆虫纲缨尾目衣鱼科的一种。俗称蠹虫。中国各地均有分布，是室内常见的害虫。体扁平，长约 10 毫米。银灰色。密被银色鳞片。头大。性活泼，畏光夜出。为害书籍、纸张、绢丝、毛料等。 |
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参考词条