1) well-oxygenated
氧化好的
2) 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。
3) Aerobic digestion
好氧消化
1.
Study on aerobic digestion process of mixed activated sludge from municipal sewage plant;
城市污水厂混合污泥好氧消化处理研究
2.
Comparative study on aerobic digestion of waste sludge from three different WWTP;
不同污水处理厂剩余污泥好氧消化的对比研究
3.
Experimental research on aerobic digestion of preliminary sludge;
初级污泥好氧消化的实验研究
4) aerobic biological treatment
好氧生化
1.
Then the pretreated effluent is treated by hydrolysis-acidification—aerobic biological treatment—biol.
然后再采用水解酸化—好氧生化—生物硝化工艺处理预处理出水,最终出水COD为148mg/L,BOD5为16mg/L,氨氮质量浓度为13mg/L,SS质量浓度小于100mg/L,出水水质达到腈纶行业一级排放标准。
5) Oxygen Limited Autotrophic Nitrification Denitrification
好氧氨化
1.
Then the property and applied prospect of new methods such as Shortcut nitrification and denitrification, Simultaneous nitrification and denitrification, Aerobic denitrification, Anaerobic AMMonium Oxidation and Oxygen Limited Autotrophic Nitrification Denitrification are analyzed in detail.
该文回顾了传统生物脱氮技术的基本原理,介绍了短程硝化反硝化、同时硝化反硝化、好氧反硝化、厌氧氨氧化和好氧氨化等生物脱氮的新技术,并指出了这些技术的特点及研究开发的应用前景。
6) aerobic purification
好氧净化
补充资料：糖有氧氧化
糖有氧氧化
糖有氧氧化是体内糖氧化分解大量生成atp的主要途径，因为有充分氧的供应，葡萄糖能彻底氧化分解生成二氧化碳和水，由此释放出其分子中蕴藏的全部能量，能生成36-38分子atp，其催化酶系在细胞胞浆与线粒体中，且糖有氧氧化途径也是沟通体内糖、脂类与蛋白质代谢途径的基础与联系枢纽。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。