1) combined anaerobic hydrolysis
厌氧复合水解
1.
The treatment of wastewater from pertrochemisty industry group with combined anaerobic hydrolysis-coagulation air floation-aerobic process showed that the awerage removal rate of COD、 BOD_5 and SS reached 79%,94% and 84%,the average removal rate of NH_3-N reached 91%.
采用厌氧复合水解+混凝气浮+好氧复合工艺处理石油化工集团工业废水,COD平均去除率79%,BOD5平均去除率94%,SS平均去除率84%,NH3-N平均去除率91%。
2) anaerobic hydrolysis
厌氧水解
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.
The treatment of printing and dyeing wastewater by anaerobic hydrolysis-aerobic-adsorption process
厌氧水解—好氧—吸附工艺处理印染废水
3) hybrid anaerobic
复合厌氧
1.
Treating organic amine wastewater by using hybrid anaerobic-chemical precipitation-multiplestage aerobic process;
复合厌氧-化学沉淀-多段好氧工艺处理有机胺废水
4) anaerobic hydrolysis-ICEAS
厌氧水解-ICEAS
1.
The practical results show that the anaerobic hydrolysis-ICEAS process has good nitrogen and phosphorus removal function,which is feasible,effective and advanced.
针对高速公路服务区生活污水的水质特点,采用厌氧水解-ICEAS(Intermittent cycle extended aeration sys-tem)工艺进行处理,可有效去除废水中有机物及氮磷,处理后的出水各项指标达到GB 8978-1996一级标准。
5) Anaerobic fixed film reactor
厌氧水解池
1.
Sewage treatment with the combination of an anaerobic fixed film reactor followed by a high rate trickling filter without re circulation was investigated.
厌氧水解池和高负荷生物滤池采用的塑料模块填料具有高空隙率、高附着面积、高布水性能和抗堵塞的优异性能 ,并无须回流。
6) upflow blanket filter
厌氧复合床
1.
Technology of upflow blanket filter treating antibiotic wastewater;
厌氧复合床处理抗生素废水技术
2.
The effective volume of an upflow blanket filter (UBF) unit for treating antibiotic wastewater is 500 m 3.
处理抗生素废水的厌氧复合床反应器单体有效容积为 5 0 0m3,根据反应器中有机物降解和细胞合成的关系 ,建立了进料有机负荷模型Mn=(1+k) n - 1 M1 和进料容积负荷模型Nn=(1+k) n - 1 N1 。
3.
The anaerobic ammonium oxidation(ANAMMOX)reactor in an upflow blanket filter(UBF).
采用厌氧复合床,经自养型反硝化过程转化,成功启动了厌氧氨氧化反应器,共耗时165 d。
补充资料:厌氧
分子式:
CAS号:
性质:又称绝氧。一个生物体或细胞能在分子氧缺乏或不存在下生长;不需要游离氧能生长的一种微生物如脱硫弧菌。
CAS号:
性质:又称绝氧。一个生物体或细胞能在分子氧缺乏或不存在下生长;不需要游离氧能生长的一种微生物如脱硫弧菌。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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