1) ozonation
臭氧氧化
1.
Study on coagulation and ozonation in advanced treatment of diosgenin wastewater;
混凝沉淀-臭氧氧化深度处理皂素废水的实验研究
2.
Mechanism of the formation of formaldehyde during ozonation;
臭氧氧化产物甲醛的产生机理研究
3.
Study on the ozonation of 2BLN dyes with ultrasonic enhancement;
超声强化臭氧氧化分散蓝染料废水的研究
2) oxygen-enriched oxidation
富氧氧化
1.
Study on oxygen-enriched oxidation of cyclohexane into cyclohexanone;
环己烷富氧氧化制环己酮的研究
2.
According to the oxidation reaction rule of Amoco oxidation process in PTA prodution plant,the influence of various factors on both para-xylene conversion and oxidation combustion were analyzed quantitatively under the condition of oxygen-enriched oxidation.
根据PTA生产装置AMOCO氧化工艺的氧化反应规律,对富氧氧化条件下影响氧化燃烧和对二甲苯转化率的因素进行了定量分析。
3) ozone oxidation
臭氧氧化
1.
Study on in-depth treatment of dirty ballast water from oil tankers by ozone oxidation;
应用臭氧氧化技术深度处理油船含油压载水的实验研究
2.
Study on degradation of wastewater containing dyes by ozone oxidation;
臭氧氧化降解含染料废水的研究
3.
Degradation of synthetic musk ketone in water with ozone oxidation;
水体中酮硝基麝香的臭氧氧化降解研究
4) ozonization
臭氧氧化
1.
This article introduced character of ozone and mechanism of ozonization.
臭氧氧化作为一种有效的深度处理技术,对难降解有机废水具有良好的降解功效。
2.
In order to improve biodegradability and decrease COD of the pharmaceutical wastewater, Ozonization process was adopted.
为了提高含高嘧啶类制药废水的可生化性能并在一定程度上降低该废水的COD,采用臭氧氧化法对该废水进行预处理研究。
3.
In response to the characteristics of wastewater from the processing of pharmaceutical intermediate, A~2O process was used for biochemical treatment after the pretreatment by the metal exchange bed for copper removal / ozonization pretreatment process.
针对甲砜霉素和盐酸环丙沙星等原料药中间体工艺废水的特点,采用渗金属床除铜/臭氧氧化预处理后,进一步采用A2/O工艺进行生化处理,运行结果表明,系统工艺及设计参数选择合理,运行稳定,出水水质达到《污水综合排放标准》(GB8978—1996)的一级标准。
5) aerobic oxidation
好氧氧化
1.
On the biological treatment of printing dyeing wastewater by anaerobic hydrolysis and aerobic oxidation;
厌氧水解──好氧氧化生物处理印染废水的试验研究
2.
In the A_1/A_2/O bio-treatment system treating alkali minimization and dyeing-printing wastewater,with the function of hydrolysis-acidification in A segments and aerobic oxidation in O segment,residual sludge could be reduced effectively by recycling of sludge to A_1 segment.
在碱减量印染废水A1/A2/O生物处理系统,通过污泥回流、把剩余污泥回流到A1段,利用A段污泥的水解、酸化和O段微生物的好氧氧化作用可有效实现对回流剩余污泥的减量,同时O段好氧污泥的表观产率系数下降,系统产生的剩余污泥量减少。
3.
In this experiment,hydrolysis acidification-aerobic oxidation-filtration biotreatment of the wastewater from vitamin B1 production has been carried out to study the effects of pH,the temperature,dissolved oxygen,sludge load on the whole technology.
采用水解酸化—好氧氧化—砂滤串联工艺处理维生素B1制药废水,试验分别考察了pH、温度、滤速、溶解氧以及污泥负荷对整个工艺处理效果的影响。
6) oxidation without oxygen
无氧氧化
补充资料：臭氧武器
| 臭氧武器 ozone weapon 采用物理或化学方法改变敌方上空大气中的臭氧浓度，使其对有生目标造成危害的一种探索中的武器。其设计方案有两种：一是在敌方某一区域上空的臭氧中，投放能吸附臭氧的化学物质或通过高空核爆炸所生成能分解臭氧的化学物质，形成一个没有臭氧的洞口，使太阳的硬紫外线直照地面，危害人或生物的细胞组织，引起皮肤灼伤等病变，损伤敌方有生力量；二是增大敌方某一区域上空的臭氧浓度，使其超过人或生物所能承受的最大限度，造成人员中毒，引起胃痉挛、肺水肿等病变，重者导致死亡。该武器尚处于设想和试验阶段。 |
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