考察了不同曝气量和水力停留时间下污染物的去除效果。
The pollutant removal performance was investigated at different aeration fluxes and HRTs.
由于显著降低了曝气量，又不需要较高的设备要求，因此又是一种节能的技术。
As the micro-aerobic technology could reduce the aeration volume obviously, and the requirement for equipment was not so high, it was also considered to be an energy-saving technology.
影响cod去除率的最主要因素为曝气量，曝气时间、沉淀时间也有一定影响。
Main factors affecting COD removal rate were orderly aeration volume, aeration and settling duration.
研究了活性炭处理焦化废水的规律，考察了活性炭的粒径、投加量和曝气量的影响。
The law of treatment of coking waste water with activated carbon was studied. The influence of particle size of activated carbon, dozing quantity and aeration amount was investigated.
采用模糊自适应PID制约对策，可以比较准确的反应污水水质的变化，合理制约曝气量，降低运行费用。
The fuzzy adaptive PID controller can indicate the changes of the water quality in sewage treatment, effectively control the volume of aeration and then cut down the operation costs.
在试验的基础上，从曝气量、外加碳源量、反应器容积等方面对短程硝化—反硝化工艺的优点进行了分析讨论。
Based on the experiment, this paper discussed the advantages of shortcut nitrification and denitrification from aeration amount, organic material and volume of reactor and the other respect.
采用SBR法研究了不同曝气量、初始污泥浓度和进水COD质量浓度等条件下，有机物在降解过程中温度对DO变化的影响。
DO variation with temperature under the conditions of changing aeration rate, MLSS density and influent COD in the process of the organism degraded.
根据曝气过程中氧转移的有关理论，推导出需气量的表达式；
The equation of air demand was derived from the theory of oxygen transfer in aeration.
对升流式厌氧-好氧曝气一体化滤池处理生活污水进行了试验研究，探讨了生物膜的形成及供气量、水力停留时间对处理效果的影响。
An experimental study of domestic sewage treatment by an integrated biological filter with up-flow anaerobic-anoxic aerated is presented in this paper.
设计了圆盘型涡凹曝气头和螺旋桨型涡凹曝气头，比较了两种类型曝气器的引气量、曝气气泡直径、粒径分布等。
The design of the disc turbine aerator and the oar turbine aerator are discussed. Their inspiratory capacity, air bubble diameter and distribution frequency are compared.
设计了圆盘型涡凹曝气头和螺旋桨型涡凹曝气头，比较了两种类型曝气器的引气量、曝气气泡直径、粒径分布等。
The design of the disc turbine aerator and the oar turbine aerator are discussed. Their inspiratory capacity, air bubble diameter and distribution frequency are compared.
应用推荐