activated sludge的例句大全

The main researches were as follows: ( 1) The removal pathways of three kinds of tetracycline antibiotics in the activated sludge process were proved.

主要研究讨论如下：（1）探明了三种四环素类抗生素在活性污泥工艺中的去除途径。

Therefore, it was necessary to determine the actual removal rate of tetracycline antibiotics in activated sludge by the running parameters of laboratory research that can be precisely controlled in order to overcome the uncertainty of field sampling.

为了克服现场采样的不确定性，有必要通过运行参数能精确控制的小试研究来明确四环素类抗生素在活性污泥中实际的去除情况。

Ultrasonic Treatment of Excess Activated Sludge for Improving Its Anaerobic Digestion

超声波处理剩余活性污泥促进厌氧消化

Application of activated sludge process and biological filter in brewery wastewater

采用生物滤池&活性污泥法处理啤酒废水

The results show that the thickening technology of excessive activated sludge by flotation has more advantages, such as good thickening effect and efficient operation. In addition, the preliminary analysis in technical economy for both methods indicates that the flotation method is better.

研究结果还表明：剩余活性污泥的气浮浓缩法相比于重力浓缩法具有浓缩效果好、运行效率高等优点，另外对两种方法的经济技术分析也表明，气浮浓缩法更具有优越性。

Discussion on thickening process of waste activated sludge with dissolved-air flotation ( daf)

气浮法浓缩活性污泥过程的探讨Air（初三适用）

In order to solve the problems of the conventional gravity sludge thickening, the process of flat sheet membrane for sludge thickening ( MST) was used to thicken aerobic activated sludge.

为了解决传统污泥重力浓缩存在的问题，采用平板膜浓缩污泥（MST）工艺进行了中试。

The activity of OH-. Batch activated sludge method and batch respirometric method are introduced.

介绍了YH的两种测试方法：间歇活性污泥法和间歇呼吸计量法。

Respirometry is very widely used to characterize the activated sludge system and to control its operation in wastewater treatment plant.

在监测污水处理厂活性污泥系统的状态，控制其运行时，人们广泛采用了呼吸测量法。

Parameter estimation of the carbon oxidation process of the activated sludge model using respirometry

活性污泥模型碳氧化过程参数的呼吸法估计

Application of respirometry techniques to the determination of wastewater characteristics in activated sludge systems

呼吸计量法在活性污泥系统废水特性测定中的应用

A batch method of activated sludge and respirometry were employed to estimate the heterotrophic bacterium yield coefficient Y_H.

采用间歇活性污泥法和呼吸计量法对活性污泥数学模型中异养菌产率系数γH进行测定研究。

Respirometry measures the respiration rate of activated sludge, which concerns with the amount of oxygen consumed by microorganisms, and is estimated from the dissolved oxygen concentration of activated sludge reactors and some flow rates entering the system.

呼吸量是活性污泥（微生物）呼吸能力的一种表示，与微生物消耗的氧直接有关，其估计仅需要测量活性污泥反应器中溶解氧浓度和有关物料流量信号。

Relative to the traditional ordinary activated sludge method, the membrane bioreactor carry out separation of mud age and water stop time thoroughly by membrane interceptive role.

相对于传统普通活性污泥法，膜生物反应器由于膜的截留作用，实现污泥龄和水力停留时间的彻底分离。

The effect of ultrasonic irradiation with energy density of 0.05 W · mL-1 and thermal action on activated sludge cell lysis under pH ranging from 3.0 to 12.0 has been studied experimentally in detail.

在能量密度为0.05W·mL-1和pH范围3.0～12.0条件下，研究了超声波辐射以及热作用对污泥溶胞效果的影响，考察剩余污泥的溶胞效果与溶胞条件的关系。

Comparative study on waste water treatment by A/ O activated sludge system and biofilm system

A/O活性污泥系统与生物膜系统处理炼焦工业废水对比试验研究

In the system of bio-film, micro-ecology of bio-film was more stable than activated sludge's after introduction-culture and co-operation compound bacterium.

在生物膜系统中通过引种和共培养复合菌群后，生物膜微生态系统较活性污泥微生态系统更加稳定。

Under the same operating conditions, comparison tests of coke oven sewage treatment through A/ O activated sludge and biological membrane systems are done.

考察了在相同的运行条件下，A/O活性污泥系统和生物膜系统对炼焦工业废水的处理效果。

The performances of both A/ O activated sludge process and biofilm process operating simultaneously under the same condition to treat gas generation wastewater were examined and the results show that biofilm process has better treatment effect and higher capability to resist shock loading.

本文考察了在相同的运行条件下A／O活性污泥系统和生物膜系统对煤气废水的处理效果。试验结果表明，生物膜系统的抗冲击负荷能力强，处理效果优于A／O活性污泥系统；

The co-operation of compound bacterium and activated sludge could raise biodegradation of system and its biodegradation matched first-order dynamical reaction equation.

复合菌群和活性污泥协同作用，可以提高系统的生物降解能力，生物降解符合一级反应动力学方程。