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- Experimental water includes analogue dye wastewater and practical printing and dyeing wastewater. 试验用水包括模拟染料废水和实际印染废水两部分。
- The recovery method of high concentration phenol in dye wastewater is introduced. 介绍了树脂吸附回收染料废水中高浓度酚的方法。
- The decolorization conditions of Lanasol Blue 3B dye wastewater by strain W2 were optimized through experiments. 通过实验优化了W2菌及其对活性染料兰纳素蓝3B染色废水脱色的最佳条件。
- The excellent decolor ability of sewage sludge made it possible to be applied extensively in dye wastewater treatment. 焙烧污泥的优良脱色性能使其在染料废水处理方面具有较好 的应用前景。
- Indigo-blue dye wastewater was treated by electrochemical oxidation of inert graphite anode electrolysis. 采用惰性材料石墨为阳极的电氧化法处理靛蓝染料废水。
- ACF is suitable for high grade treatment of printing and dyeing wastewater, it has broad prospect. ACF适用于印染废水的高级处理,并具有广阔的前景。
- Printing and dyeing wastewater was treated by the two wastes, iron scraps and fly ash. 摘要利用废铁屑与粉煤灰两种废物集合处理印染废水。
- The content of para-aminophenol in dye wastewater was determined by spectrophotometric method with Berthelot reagent as an oxidant. 以贝特洛试剂为氧化剂，用分光光度法测定染料废水中对氨基酚的含量。
- The decoloration mechanism of the hydrolytic tank in the treatment of printing and dyeing wastewater by the addition of predominant bacteria. 优势菌处理印染废水中水解池的脱色机理。
- A new "iron adsorption-microwave radiation-inner electrolysis combined method" was developed to treat reactive light yellow dye wastewater. 摘要以活性嫩黄为模型化合物，提出了一种新的“铁屑吸附－微波辐照－内电解”协同处理染料废水的方法。
- Dye wastewater is disposaled by micro-electrolysis + A/O technology, which combines physical method with biological method. 本文采用的微电解+A/O工艺处理染料废水，是将物化法与生物法有效的结合在一起。
- It excelled at treating indigotin printing &dyeing wastewater,and the maximal removal efficiencies of COD and chroma were 79.2% and 87.6%,respectively. 它能有效去除靛蓝印染废水中的COD和色度;两者的最大去除率分别为79.;2%25和87
- The invention provides a method which uses the mother liquid wastewater in alkylated production to treat high COD dye wastewater. 本发明提供了利用烷基化生产中的母液废水处理高COD染料废水的方法。
- High strength printing and dyeing wastewater was treated by the advanced supermicro aeration-electric flocculation process. 应用先进的超微细曝气法和电絮凝法处理高浓度印染废水,处理效果显著。
- In this paper, Alizarin Red S simulated dye wastewater was taken as an example to show the treatment results of electrochemical method. 以茜素红S等模拟染料废水为处理对象,研究了电化学法的降解处理效果。
- In the process the combination of floatation, electrochemistry, coagulation and absorption was new method of treating printing and dyeing wastewater. 该过程是集成了浮选技术、电化学法、混凝法、吸附法于一体的处理印染废水的新方法。
- The Indigotin dye wastewater was treated by PAC as a flocculant,the optimum conditions were determined by orthogonal experiment. 本实验使用PAC作为絮凝剂,对染纱厂牛仔布染织过程中所产生的靛蓝染料废水进行了相应的处理。
- This article emphatically introduced two new processes (ferrate and UV) and its application in printing and dyeing wastewater treatment. 因此，重点介绍了高铁酸盐和UV法两种污水治理的新工艺，及其在印染废水处理中的应用。
- Azo dye wastewater is hard to degrade due to its high content of organic compounds,its complexity of the components and high chroma. 偶氮染料废水是一种有机物含量高、成分复杂、色度高、可生化性差的难降解废水,其处理方法已引起广泛关注。
- This experiment is focused on the printing and dyeing wastewater with low bio-degradability and high PH, which is taken from real engineering project. 本试验对可生化性差且PH高的难降解印染废水的处理进行研究。
