废水

Abstractor The purpose of this paper is to discuss the design procedures of UASB system, the design guideline and methods of pre-treatment system and UASB reactor are emphasized.

虽然中、高浓度的废水在相当程度上得到了解决，但是当污水中含有抑制性物质时，如含有硫酸盐的味精废水在处理上仍有一定的难度。

In addition, B49 could generate hydrogen from other organic substrates such as wheat, soybean, corn, potato, molas- ses and brewage wastewater.

此外，B49可利用小麦、大豆、玉米、土豆及糖蜜废水和啤酒废水产氢，其中利用糖蜜废水、啤酒废水产氢分别为137.9ml H_2/ g COD和49.9ml H_2/g COD。

In this paper, based on the excellent coagulation efficiency of new multi-core compound inorganic polymer flocculant, the combined process of coagulation, Fenton oxidation process which is already developed well and applied widely, and microwave treatment process is adopted to treat oil-containing wastewater, printing and dying wastewater, and landfill leachate. Not only the applied field of microwave energy is developed, but also it provides a new way to treat other low biodegradability organic wastewaters.

在合成新型多核复合无机高分子絮凝剂并提高其混凝效能的基础上，本论文试图将传统混凝技术与已经发展较为成熟并得到广泛应用的Fenton氧化技术，以及新型微波污水处理技术有机结合起来用于含油废水、印染废水、染料废水和垃圾渗滤液等的处理，这不仅拓宽了微波能的应用领域，而且也为其它难降解有机污染物的处理提供了借鉴。

In the oil field,the three-step technique: coagulation——precipitation——filtration,is applied to treat oil-containing wastewater .

对油田含油废水应用三段法治理工艺，混凝、沉淀、过滤综合处理油田含油废水，处理后的水质达到回注水水质要求，全部回注，研究探讨了高矿化度含油废水的治理。

Aiming at solving the problem in the electrochemical oxidation of ammonia wastewater,the tin and antimony electrodes based on titanium were manufactured,the effect of different manufacturing condition to the impact of electrochemical oxidating ammonia wastewater was researched. After researching the influential factor and optimizing the manufacturing condition,the appearance analysis and the electrochemical analysis was hold on, the electroactivated character of the electrodes was studied to provide warrant to its application in the ammonia wastewater.

本论文从电化学氧化法处理含氨氮废水的问题出发，对钛基锡锑电极材料进行研制，考察了不同的制备条件对含氨氮废水的电化学氧化去除的影响，研究了各影响因素并优化了制备条件，并对其进行了表面形貌分析、电化学分析的研究，微观地研究了电极的电催化性能，为其应用于实际氨氮废水处理中提供了依据。

The design entitled "Xuanhua a woolen mill wastewater treatment process design," The works are mainly treated sewage effluent from dyeing and washing lines, washing blankets, embroidery workshop wastewater components.

本设计题目为&宣化某毛纺厂废水处理工程工艺设计&，该工程所处理的污水主要是由染色废水和洗线、洗毯、刺绣车间废水组成。

ABSTRACT :The design entitled "Xuanhua a woolen mill wastewater treatment process design," The works are mainly treated sewage effluent from dyeing and washing lines, washing blankets, embroidery workshop wastewater components.

摘 要：本设计题目为&宣化某毛纺厂废水处理工程工艺设计&，该工程所处理的污水主要是由染色废水和洗线、洗毯、刺绣车间废水组成。

This Waste water containing tar, phenol, ammonia, cyanide, benzene, pyridine, quinoline and indole dozens of other pollutants, it is very complex and is high concentrations of pollutants, it is color, toxicity and stable, after biological treatment,there are still a large number of non-degradable organic pollutants, it is a typical example of intractable industrial wastewater.

焦化废水是煤在高温干馏过程中以及煤气净化、化学产品精制过程中形成的废水，其中含有焦油、酚、氨氮、氰、苯、吡啶、吲哚和喹啉等几十种污染物，其水量大，成分复杂，污染物浓度高、色度高、毒性大，性质稳定，经生化处理后，仍有大量难降解的有机污染物，是一种典型难处理的工业废水。

The comprehensive electroplating wastewater from a large-scale electroplating industrial area in Shenzhen has been studied. Its treatment method has been investigated. It is ascertained that acidification-oxidation decomplexation and chemical precipitation of hydroxide and sulphide process are used. The best decomplexation agent chosen is bleaching liquid NaClO. The operational parameters are as follows: dosage of bleaching liquid 1.2 mL/L wastewater, reaction pH 2.3, and reaction time 2 h. Under these conditions, the requirements of the discharge standard of electroplating wastewater can be met effectively by adjusting the pH and adding sodium sulphide, overcoming the deficiencies of traditional processes of electroplating wastewater treatment.

以深圳某大型电镀工业园产生的综合电镀废水为研究对象，对其处理方法进行了探索，确定了酸化-氧化破络反应及氢氧化物和硫化物共沉淀的处理方法；通过实验选择漂水为最佳破络剂，最佳破络操作参数为漂水用量1.2 mL/L，反应pH为2.3，反应时间2.0 h，在此基础上调节pH并加入硫化钠即可实现电镀废水的达标排放，克服了传统电镀废水处理工艺的不足。

To study the effect of papermaking wastewater irrigation on soil hydrological properties in saline reed field, different wastewater irrigation frequencies were employed in the saline reed field of Yellow River Delta. Soil infiltration course and hydrological properties were determined in field and laboratory. After wastewater irrigation, the change of the soil pH value, soil salt content and soil hydrologic-physical properties were observed. The results were showed that: 1 After wastewater irrigation, the mean reduction of soil pH value was 6.0%.

为研究造纸废水灌溉对黄河三角洲内陆盐碱芦苇地土壤水文特征的影响，通过设置芦苇地不同废水灌溉次数下的随机区组试验，采用田间测量土壤入渗过程和实验室内测定水文物理参数相结合的方法，分析造纸废水灌溉前后土壤pH值、含盐率及土壤水文物理参数的变化。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。