不同排水条件下土地处理系统的污水处理能力不同。
The capacity of a wastewater land treatment system varied with field drainage conditions.
注：污水处理能力为二级以上污水处理厂设计能力。
Note: ability to Dispose of Sewage was second grade and better disposal plants design disposal capability.
本专利具有结构简单紧凑、污水处理能力强等优点。
Its advantages are simple and compact structure, and high power of treating sewage.
根据上海水务局的说法，今年上海市六个污水处理厂的建设将会扩大上海市郊30%的污水处理能力。
The construction of six sewage treatment plants in Shanghai this year will expand treatment capacity in the suburban area by 30 percent, according to the Shanghai Water Authority.
但是，由于该湿地水力效率并不是在入流流量恒定状态下所计算得到的，能否真实反映衡水湖的污水处理能力需要进一步的论证。
However, since the hydraulic efficiency is not obtained at a constant flow condition, whether it can represent the waste-water treatment efficiency is uncertain.
该污水处理设施服务人口大约3百万，最大日处理能力56万立方米。
The facility treats the wastewater for an equivalent population of close to 3 million and has a maximum capacity of 560, 000 cubic meters per day.
因此，一期污水处理站处理能力对实际的处理需求而言是不够的。
Therefore, the processing capacity of a sewage treatment station is not enough to meet the actual demand.
该机径向推流能力强、充氧量高、混合搅拌效果好，特别适宜于表曝型氧化沟污水处理工艺。
It's very efficient at propelling water radially, aerating and mixing the water. The invert umbrella aerator is especially suited for surface aeration oxidation ditch process.
实施改进方法以后，提高了污水处理抗冲击能力和治理效果，使污水处理场实现了长期平稳运行。
The implementation of the improving method has enhanced the control effectiveness of sewage. The sewage disposal plant keeps in long-term and stable operation.
污水处理系统由中央控制电脑集中自动控制，处理系统配有温度、压力、流量等在线自动监测装置，日处理能力为200立方米。
Sewage disposal system, which is installed temperature, tension, flow realtime monitors, is automatically controlled by computer. The capacity is 200m3/day.
采用本方法可提高污水处理效率30%左右，或提高原设施处理能力25% - 30%。
It can increase sewage processing efficiency by 30 about or enhance the processing ability of original facilities by 25%-30%.
试验对蚯蚓的耐水能力、蚯蚓负荷、污水浓度以及渗滤速度等因素对污水处理效果的影响进行了初步研究。
The water endurance of earthworms, earthworms loading, sewage concentration and percolation velocity which affected treatment efficiency were investigated.
试验对蚯蚓的耐水能力、蚯蚓负荷、污水浓度以及渗滤速度等因素对污水处理效果的影响进行了初步研究。
The water endurance of earthworms, earthworms loading, sewage concentration and percolation velocity which affected treatment efficiency were investigated.
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