厌氧活性污泥浓度大小对UASB反应器处理影响很大。
The concentration of anaerobic sludge UASB reactor size on a great influence.
采用加热预处理的厌氧活性污泥为接种物，对凤眼莲进行发酵产氢研究。
The hydrogen production from hyacinth inoculated with preheated anaerobic active sludge by fermentation was studied.
上流式厌氧污泥床反应器(UASB)具有厌氧过滤及厌氧活性污泥法的特点，对不同类的污水适应能力也强。
UASB (upflow anaerobic sludge blanket) has the advantages of both anaerobic filtration and anaerobic wastewater treatment and it also has strong adaptability to different kinds of wastewater.
对厌氧附着膜膨胀床（AAFEB）反应器运行过程中活性污泥的性状变化及其与反应器效能的关系作了研究。
The changes of characteristics of the anaerobic activated sludge in the anaerobic attached microbial film expanded bed (AAFEB) reactor and their relation to the reactor performance were studied.
该方案采用了新的好氧生物—厌氧生物—改进后活性污泥处理方法，具有效率高；能耗低；良好的环境效益、社会效益和经济效。
The treatment adopts aerobe anaerobe actived sludge system, which has high effect, low consume of energy, good environmental benefit, society benefit and economic benefit.
向纯厌氧颗粒污泥系统中投加少量的好氧活性污泥后，反硝化速度加快，亚硝酸盐累积强度减弱。
After inoculating little amount of aerobic active sludge to the anaerobic system, the rate of denitrification increased and the strength of nitrate accumulation decreased.
本文综述了污泥负荷率的概念及有关理论，并给出了污泥负荷率在活性污泥法和厌氧生物处理中的若干应用。
The Conception of sludge load rate and Its Theory have been reviewed in this paper. Some applications used in activated sludge Process and anaerobic biological treatment have been presented.
适当延长厌氧处理时间和适当增大厌氧过程曝气速率可以改善厌氧环境及活性污泥性能，提高磷的去除率。
Prolonging properly anaerobic treatment time and increasing aeration rate of nitrogen can improve anaerobic environment and the activity of sludge, increasing the removal rate of phosphorus.
厌氧序批式活性污泥法(ASBR)是一种新型的高速厌氧反应器，它具有耐冲击负荷，适用范围广等特点。
Anaerobic sequencing batch reactor (ASBR) is a new type and high rate anaerobic reactor, which has the advantages of being able to bearing high impact loads and having wide range of use.
根据废水处理理论并分析比较活性污泥法有关模式的假设和推导过程，作者导出了稳态条件下厌氧流化床的动力学模式。文中还提出稳态和动态的流化模式。
Based on the theory of wastewater treatment and relevant models of activated sludge processes, a kinetic model of the anaerobic fluidized bed reactor under steady state conditions is developed.
该方案采用了新的好氧生物—厌氧生物—改进后活性污泥处理方法 ，具有效率高 ；能耗低 ；
The treatment adopts aerobe anaerobe actived sludge system, which has high effect, low consume of energy, good environmental benefit, society benefit and economic benefit.
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。
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。
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.
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