Petrochemical wastewater were treated by continuous micro filtration(CMF) and reverse osmose(RO) double membrane technique.

采连续微滤(CMF)-反渗透(RO)双膜技术深度处理石油化工排放水。

Objective To improve the method for separating sulfuret from wastewater.

目的改进水中硫化物的分离方法。

By pre aeration in tanyard wastewater, the effect of primary settling improves obviously.

制革污水采预曝气处理后，可大大提高初沉池沉淀效果。

Study the effect of nine kinds of coagulant aid and precipitant aid such as atlapulgite to coagulant aluminum salt dispose of organic wastewater of high concentration, then optimize and assemble.

研究了采活性白土等九种助凝助沉剂在铝盐混凝剂处理高浓度有机水时的作,继而进行优化组,结果良好,例如微烯酰胺和0。

Methods Certain amounts of and Zn were put into the wastewater to produce hydrogen (H2) and the H2 reacted with S2-to form H2S, and sulfuret was separated from the wastewater.

方法在水样中加入一定的浓硫酸和锌粒,生成H2,H2和S2-结生成H2S,以分离硫化物。

A process for decolourization of anionic dye containing wastewater by using waste plastics in the presence of cationic auxiliary and sodium dodecylbenzene sulfonate has been studied.

探讨了在阳离子助剂及十二烷基苯磺酸钠存在下,旧塑料对阴离子染料的脱色工艺。

Since the SS in the wastewater is very high, the anaerobic treatment could be divided into fermentation with decantation or without decantation according to SS treatment.

由于该水中SS很高,因此按照悬浮固体的处理方法将现有的厌氧处理工艺分为：清液发酵和全糟发酵。

Results showed that internal electrolysis pre-treatment of yeast-producing wastewater were effective on the removal of COD and colority.What is more important is that the biod...

在确定条件下试验,内电解对色度、COD的去除有一定的效果,重要的是提高了水的可生化性,有于生物处理。

As a new technology of organic pollutant degradation, the photocalalytic method, which effectively decomposes nondegradable pollutants, is becoming increasingly important in wastewater treatment.

随着染料的品种和数日益增加，染料生产水已成为水环境的重点污染源之一。

The experiment of a combined process of"biological contact oxidation and micro-filtration(MF) membrane" was conducted for the advanced treatment of aquicultural product processing wastewater.

进行了"生物接触氧化—微滤膜"组工艺对水产品加工水深度处理的试验研究。

The source and damage of manganiferous wastewater were introduced. The control technology, sewage purification means and water resources protection were discussed.

摘要介绍了含锰水的来源与危害，对其治理技术、污水净化手段以及水资源保护等方面进行了探讨。

Primary modified process of natural clinoptilolite was introduced, with focus on application of both natural and modified clinoptilolite in wastewater treatment.

文章简述了天然斜发沸石的主要改性技术，并着重论述了近年来天然斜发沸石及各种改性斜发沸石在水处理中的应研究动态。

The optimized conditions for phosphorus recovery as hydroxyapatite from wastewater by synthetic tobermorite through seeded crystallization were studied in this paper.

以成雪硅钙石为晶种,探索了结晶法以磷酸钙形式回收水中磷的适宜条件。

If the wastewater concentration was too high, it would stimulate fungus, aminate bacteria, denitrifying bacteria and some anaerobic bacteria to propagate.

污水浓度过大，会刺激土壤中真菌、氨化细菌、反硝化细菌及一些厌气性菌的繁殖。

An experiment on removing suspended solid(SS)from carclazyte catalyst production wastewater was carried out using 4 inorganic flocculants and 3 organic flocculants.

4种无机絮凝剂和3种有机絮凝剂进行了脱除全白土催化剂生产水(简称水)中固体悬浮物(SS)的实验研究。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理厂活性污泥系统的状态,控制其运行时,人们广泛采了呼吸测法。

The wastewater of hexanolactam (nylon) fiber production in Shijiazhuang Synthetic Fiber manufactory is high concentrated with organic nitrogen compounds.

己内酰胺锦纶化纤水属于高含氮高浓度有机水。

The results shows that polyphosphate ferric sulfate is suitable to decontamination for sulfate, COD turbidness etc. in the wastewater.

结果表明,磷硫酸铁对水中硫化物、COD、悬浮物及浊度等均具有较佳的去除效率。

It was studied that the process conditions of treating fluobenzene wastewater with acidification, extraction, inorganic fluoride removal and electrocatalysis.

研究酸化+萃取+无机除氟+粒子群电催化氧化等物化技术处理氟苯生产水的工艺条件。

The mix-cultivation of Rhodotorula glutinis and Spirulina platensis in monosodium glutamate wastewater for lipid production has been investigated.

研究了在味精水中混培养粘红酵母和钝顶螺旋藻,并生产油脂。