Activated sludge process with high sludge concentration has been applied to treat beer brewing wastewater.
采用高浓度活性污泥法处理啤酒废水。
There is a high sludge concentration in the bioreactor, with strong nitrification ability and high pollutant removal rate.
考察了水力停留时间对反应器的影响以及间歇运行方式和污泥浓度对膜污染的影响；
The higher the sludge concentration and the flux were, the easier it was for the sludge particles to deposit on the membrane surface.
污泥浓度愈高，膜通量愈大时，活性污泥颗粒愈易在膜面沉积。
At the same sludge concentration, as the reaction time increases, system's phosphate release rate and uptake rate are subsequently reducing.
在同一污泥浓度下，随着反应时间的增加，系统的释磷速率和吸磷速率是随之降低的。
Two methods determining the sludge volume index under diluting sludge concentration and practical sludge concentration are analysed and compared.
同时，对在稀释浓度和实际浓度条件下测定污泥指数的两种方法进行了分析比较。
In general, the greater the sludge concentration, the maximum handling capacity of the reactor, the greater, should be so granular sludge reactor.
一般而言，污泥浓度愈大，反应器的最大处理能力也就愈大，因此应使反应器内污泥颗粒化。
In the experiment, the effect of dosing diatomaceous earth on the flux of flat sheet membrane was studied under the conditions of different sludge concentration.
实验研究了在不同污泥浓度情况下，投加硅藻土对平板膜分离性能的影响。
The sludge concentration is high , shockproof ability is strong , so it can be applied in the treatment of industrial organic sewage with every kind of feed-water qualities.
污泥浓度高、耐冲击能力强，能适合各种进水水质的工业有机废水处理。
In keeping higher total sludge concentration, suspended sludge mass entering into membrane separation with mixture liquid was low, thus decreased affect on membrane permeability.
维持反应器内总污泥浓度较高的条件下，使随混合液进入膜分离的悬浮污泥量保持很低，减少了其对膜的通透能力的影响。
The model, which describes the sludge thickening and storage processes in a secondary clarifier, can simulate the time variation of the sludge concentration distribution over th…
模型描述了污泥的浓缩和贮存过程，可用于模拟二沉池中的污泥沿池深方向的分布和底流污泥浓度随运行条件的动态变化。
Because of its sufficient oxygen supply and the high sludge concentration, the sealed pure oxygen aeration unit has its inherent characteristics when disposing abnormal operation.
封闭式纯氧曝气装置由于供氧充足、污泥浓度较高，在处理异常运行时有其工艺自身的特点。
In operational phase, the color of granular sludge in each compartment are bright black, the sludge concentration gradually become larger, the methanogenic activity also increased.
运行阶段，颗粒污泥颜色变深，全部变成亮黑色，污泥浓度逐渐变大，产甲烷活性也增强。
Sludge concentration entering the drum belt dewatering equipment integration, Preparation through flocculant dosing system will be mixed into the polymer flocculant reaction vessel.
污泥在进入转鼓浓缩带式脱水一体化设备之前，通过絮凝剂制备投加系统将高分子絮凝剂打入混合反应槽中。
The model, which describes the sludge thickening and storage processes in a secondary clarifier, can simulate the time variation of the sludge concentration distribution over the tank depth…
模型描述了污泥的浓缩和贮存过程，可用于模拟二沉池中的污泥沿池深方向的分布和底流污泥浓度随运行条件的动态变化。
In this paper, application of sludge concentration and DE watering integration technique in sewage treatment plant is put forward, and bas IC principles and technical features are elaborated.
提出了污泥浓缩脱水一体化技术在污水处理厂中的应用，并就其基本原理和技术特点进行了阐述。
Because of the characteristics of long SRT and high sludge concentration in MBR compared with traditional active sludge process, the biomonitoring is a main parametric of the study of mechanism.
由于该工艺污泥停留时间长、污泥浓度高等特点，与常规活性污泥工艺差距较大，所以对反应器内的生物相监测是研究其处理机理的重要内容。
The experimental results show that PC process, which is characterized with high hydraulic load, good effluent quality, and high sludge concentration, can be well used to treat waterworks wastewater.
研究结果表明，用结团凝聚技术处理水厂生产废水是完全可行的，且具有处理效率高、出水水质好、排泥浓度高等特点。
This paper reviews the design method of membrane bioreactor, including determining hydraulic retention time and sludge retention time, choosing sludge concentration and analyzing the process economy.
综合论述了膜生物反应器的设计方法，包括确定最佳水力停留时间、污泥停留时间、污泥浓度，经济性分析。
The effects of differential speed and the concentration of sludge on the solid content of cake as well as the effect of flocculant dosage on the recovery yield of solid have been discussed.
介绍了卧螺离心机的主要特点以及在低浓度市政污泥脱水中的应用，探讨了差转速、污泥浓度对泥饼含固率，絮凝剂用量对固相回收率的影响。
In the wastewater conditioning and concentration process, lime can be used to raise density of the sludge particles, and improve the property of sludge dewatering.
石灰作为一种传统的助凝剂，应用于水厂排泥水调质浓缩工艺，可提高污泥颗粒密度，改善污泥沉降脱水性能。
Compared with the conventional activated sludge process, the aerobic granular sludge has the advantages of high MLSS concentration, high settling velocity, and less land coverage.
与传统的活性污泥法相比，好氧颗粒污泥反应器具有MLSS浓度高、沉降速度快、占地面积小等独特优点。
Therefore, it can draw a conclusion that, using aerobic granular sludge to treat medium or low concentration industrial wastewater has good application prospect.
因此，采用好氧颗粒污泥处理易生化的中低浓度工业废水有良好的应用前景。
The concentration of anaerobic sludge UASB reactor size on a great influence.
厌氧活性污泥浓度大小对UASB反应器处理影响很大。
The loss of nutrient from the sludge with low concentration was obviously more than that from sludge with high concentration.
低固体浓度污泥下，氮磷钾营养物质流失量比高固体浓度污泥明显增多。
To treat high concentration of caprolactam sewage more effectively, up flow type of anaerobic sludge reactor was used to pre-treat before the former A/O system.
为了更加有效地处理己内酰胺高浓度废水，在原A/O处理系统前采用上流式厌氧污泥反应器先对高浓度己内酰胺废水进行预处理。
The effect of sulphate with different concentration on the form variation of Cu, Zn and Ni during sludge anaerobic digestion was studied.
对城市污水处理厂污泥厌氧消化过程中不同浓度的硫酸盐对铜、锌、镍三种重金属化学形态变化所起的作用进行了分析研究。
Result showed that the sludge original concentration is an important factor affecting its thickening solids.
结果表明：污泥的起始浓度是影响其浓缩性能的一个重要因素。
Activation energy, frequency factor and average activation energy of sludge in two combustion stages increased when oxygen concentration increased.
随着氧浓度增加，污泥两阶段反应活化能和频率因子及平均表观活化能均呈上升趋势。
The glucose wastewater was treated by EGSB and the influence of COD concentration on the sludge granulation was studied.
采用厌氧膨胀颗粒污泥床(EGSB)处理葡萄糖废水，研究进水COD浓度对污泥颗粒化的影响。
The growth of influent C/N and C/P inhibited the proliferation of the activated sludge by decreasing the influent TN and TP concentration and thereby inhibited the phosphorus release and uptake rates.
C/N和C/P的增长使系统进水TN、TP浓度降低，对活性污泥的增殖有抑制作用，进而使厌氧释磷速率和好氧吸磷速率降低。
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