1) advanced chemical oxidation
高级化学氧化法
1.
Study of the treatment of gentamicin wastewater by adsorption-coagulation-advanced chemical oxidation;
吸附—混凝—高级化学氧化法处理庆大霉素废水的研究
2) advanced oxidation technique
高级氧化法
1.
This paper presents the research and development of treating phenol-containing waste water by physical method,biochemical process and advanced oxidation technique.
论述了物理方法、生化法、高级氧化法等工艺方法治理含酚废水的研究进展,并指出了今后的研究方向。
3) advanced oxidation process
高级氧化法
1.
Biological degration and advanced oxidation process are two most important technologies to degrade aromatic compounds,which is complement each other in functional mechamism.
文章综述了近年来生物降解和高级氧化法降解芳香化合物技术的研究进展和发展趋势。
2.
Application study on wastewater treatment with Advanced Oxidation Process (AOPs) is an important direct of environmental sciences research and is also a new field of wastewater treatment in recent 20 years .
高级氧化法在废水处理中的应用研究是环境科学研究的主要方向之一,是近20年来兴起的水处理技术新领域,它通过化学或物理化学的方法将污水中的污染物直接氧化成无机物,或将其转化为低毒的易生物降解的中间产物。
3.
The degradation of organic compounds by catalytic ozonation system and single ozonation system was compared,it could draw a conclusion from the result that,the use of Fe2+(Fe3+) as the catalyst in advanced oxidation process should be deeply investigated,and the said process must be the most promising technique for hard-degradable wastewater treatment in the future.
得出Fe2+(Fe3+)作为催化剂应用于高级氧化法是今后应继续深入研究并是最有前景的难降解废水处理工艺的结论。
4) Advanced oxidation processes
高级氧化法
1.
Degradation of dipyrone in water by advanced oxidation processes and evaluation of the toxicity for the degradation products
水中安乃近高级氧化法去除及其产物的毒性评价
5) advanced chemical oxidation
高级氧化法
1.
The process of adsorption\|coagulation\|advanced chemical oxidation is used to treat L\|Glutamine wastewater, and the best condition of coagulation and oxidation is selected.
采用吸附 -混凝 -高级氧化法对 L -谷氨酰胺废水进行处理 ,筛选出最佳的混凝条件及氧化条件。
补充资料：化学法二氧化氯产生装置
一种利用氯酸盐或亚氯酸盐与盐酸为原料的化学法二氧化氯产生装置。本实用新型包括有一密闭的反应器、中央控制仪表、水射器、原料储罐、计量泵，其特别之处在于：反应器内固定有多层折流挡板，反应器的出口处安装有压力变送器，反应器顶端安装有安全泄压阀。本实用新型的有益效果是：(1)安全性高。(2)收率高，有效地控制反应物的浓度梯度，反应在高负压下进行，有利于二氧化氯的生成，使整个反应向正方向进行，大大提高了反应收率。(3)自动化程度高。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条