工业废水治理
- 网络industrial wastewater treatment;industrial wastewater management
-
尤其当用于工作环境恶劣的电化学反应过程时,例如:工业废水治理过程,钛基BDD薄膜电极的优势十分突出。
Especially confronted with the poor working conditions for the electrochemical reaction process , the advantages of BDD electrode deposited on Ti substrate is very prominent . For example , the industrial wastewater treatment process .
-
味精废水具有COD,SO2-4,NH3-N浓度高,pH低等特点,是目前工业废水治理的难点之一。
The monosodium glutamate production wastewater has high level of COD , sulfate and NH 3-N with low pH value .
-
上海纺织工业废水治理技术经济评价
Econmic assessment of the treatment technique on textile wastewater in Shanghai
-
陶瓷工业废水治理与综合利用
Administer and Comprehensive Utilization of the Waste Water in Ceramic Industry
-
铁屑腐蚀电池在工业废水治理中的应用
The application of iron chips CORROSIVE-CELL to the treatment of industrial wastewater
-
一种具有谋略功能的工业废水治理水平的综合评价模型
A Policy-functioned Comprehensive Assessment Model for the Industrial Waste Water Harness Level
-
品红染料工业废水治理工艺的试验研究
A study on the processes for treating Fuchsine productive wastewater
-
秦皇岛热电厂工业废水治理方案的研究
A study on the industrial waste water treatment scheme for Qinhuangdao Power Plant
-
造纸工业废水治理技术进展
Progress of Treatment Technology About Making-paper Industry Wastewater
-
我国钢铁工业废水治理及其发展趋势
The Treatment of Iron & Steel Industrial Sewage and Its Trends in Our Country
-
啤酒工业废水治理及清洁生产实例
The treatment of wastewater from beer industry
-
食品工业废水治理的探讨
Study on Wastewater Treatment in Food Industry
-
固态发酵白酒生产工业废水治理研究
Study on the Treatment of the Industry Effluent by Solid Fermentation in the Production of Liquor
-
大力推行清洁生产,加强工业废水治理工程建设。
In addition , we will promote clean production and develop projects for treating industrial waste water .
-
本文对造纸工业废水治理技术概况及最新研究进展情况进行了全面论述。
This paper totally summarized up date study progress and present technology situation about treatment of making paper industry wastewater .
-
提出了点源控制与综合治理相结合的工业废水治理措施,并在工程中应用专利技术,提高单元反应效率,社会、经济效益显著。
Some patented techniques have been applied in engineering design to improve the efficient of unit operation and get more social and economic benefits .
-
农药废水因毒性大、浓度高、组分复杂,成为工业废水治理难题之一。
Due to high toxicity , high concentration and complicated composition of wastewater from manufacturing agrochemicals , its treatment and purification have become one of the biggest challenges .
-
此结果对于该类造纸工业废水治理工艺的选择、工程规模的确定及废水处理效果估计具有重要的参考价值。
All these results have great value on choosing the treating process of the regenerated papermaking wastewater , determining the project scale , and estimating the effect of anaerobic treatment .
-
有机颜料废水用一般的过滤、气浮、絮凝沉淀、湿式氧化、生物处理等方法难以有效处理,一直是工业废水治理难题之一。
Azo pigments is one of the main production in organic pigment , so the research of azo pigment wastewater processing method may solve the contamination of pigment chemical plants .
-
印染废水具有污染物浓度高、成分复杂、水质多变的特点,一直是工业废水治理的重点和难点之一。采用物化法则处理费用太高,而采用单一的生物法处理又难以达到排放标准。
There are characteristics of high concentration contaminants , complex composition and variational water quality in dye-printing wastewater , which has become the one of the most important and difficult for treating wastewater due to the high expense by physico-chemical method and low removal efficiency only by biological method .
-
钢铁工业焦化废水治理技术研究
Research on the technique of coking wastewater treatment in metallurgical industries
-
浅析污水集中处理后的环境监督管理中小型工业废水集中治理技术分析
On the Centralized Wastewater Treatment of Medium and Small Enterprises
-
铝工业废水污染治理的研究
Study and Treatment of Waste Waler Pollution from Aluminum Industry
-
乡镇工业废水集中治理的效益分析
Beneficial Analysis on Centralized Treatment of Rural Industrial Wastewater
-
水泥工业生产废水治理及回用技术探讨
Study on Wastewater Treatment and Reuse of Cement Industry
-
高质量浓度苯胺工业废水的治理
The Treatment of Wastewater with High Concentration of Aniline
-
皮革工业废水的治理技术
Treatment Technique of Waste Water in the Leather Industry
-
染料工业废水的治理方法
An Introduction of Wastewater Treatment for Chinese Dyestuff Industry
-
碱性工业废水的治理技术
Treatment and Resources Utilization of Alkaline Wastewater
-
本论文回顾了近些年工业废水的治理方法,以及所用到的材料和试剂。
This thesis reviews the industrial wastewater treatment methods in recent years , as well asused materials and reagents .