1) enhanced septic tank
加强型化粪池
1.
Based on the characteristics of rural domestic sewage,a combined system of enhanced septic tanks and subsurface-flow constructed wetland was developed.
针对农村生活污水的特点,研究开发了加强型化粪池/潜流人工湿地系统,该工艺对COD、BOD5、SS、NH4+-N、TN和TP的平均去除率分别达到了94%、96%、95%、79。
2) septic tank
化粪池
1.
Experimental unit work of abolishing septic tanks in Guangzhou;
广州市取消化粪池试点工作探析
2.
Feasibility analysis of centralized WWTPs instead of septic tanks;
集中式污水处理厂取代化粪池可行性分析
3.
Analysis of the effects using buried domestic sewage treatment tank and traditional septic tank;
地埋式污水处理池与传统化粪池使用效果分析
3) Septic tanks
化粪池
1.
The septic tanks are generally used as a part of the water disposal.
化粪池作为一种污水局部处理的构筑物而被普遍采用,而能有效运行的仅占36%,大量未达标污水排入水体,对城市水环境必然造成严重污染,不利于城市的可持续性发展与繁荣,建议实行"特许经营",政府要切实转变职能,增强服务意识,对特许经营者进行监督管理。
4) septic tank effluent
化粪池出水
1.
The integrated wetland systems were constructed by combining horizontal- flow and vertical- flow bed, and their purification efficiencies for septic tank effluent were detected when the hydraulic retention time (HRT) was five days.
结果表明,水平流-垂直流复合人工湿地系统处理效果相当稳定,其对化粪池出水中COD,BOD5,TP,TN,SS的平均去除率分别为72%,80%,83%,33%和60%以上。
2.
The removal rates of total phosphorus (TP) and inorganic phosphorus (IP) were 75%-92% and 73%-92%, respectively by means of vertical-flow constructed wetlands composed of cinder slag and Cyperus alternifolius for treating septic tank effluent.
用煤灰渣人工土壤和风车草组成的垂直流人工湿地系统对化粪池出水中总磷和无机磷的去除率分别达到75 %— 92 %和 73%— 92 % ,其处理出水中总磷和无机磷浓度大部分低于 1mg/L ,达到了城市污水二级生化处理的二级排放标准。
3.
The experiment using artificial soil rapid filter for treating septic tank effluent was carried out about one year.
人工土快滤池对三级化粪池出水中COD、BOD5 、SS、N和P的去除率分别为67 %、92。
5) miasma septic tank
沼气化粪池
补充资料：加强
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