ASBR

Study on Performance of a Pilot-Scale ASBR Process

中试规模厌氧序批式反应器的工艺特性

Application of NITROBENZENE-DEGRADING strains to treat nitrobenzene wastewater in ASBR

硝基苯降解菌在厌氧序批式反应器中处理硝基苯废水的应用

A treatment cycle of ASBR can be divided into two parts .

ASBR一个处理周期中SCOD和VFA的降解过程可以分为两个阶段。

Study on Performance of Anaerobic Sequencing Batch Reactor ( ASBR ) Process

厌氧序批式活性污泥工艺（ASBR）特性研究

Application of PLC Auto-control System in ASBR / SBR Process for Slaughterhouse Wastewater Treatment

PLC控制ASBR/SBR工艺处理屠宰废水

Treatment of bean - processing wastewater with ASBR

ASBR反应器处理豆制品废水

ASBR / SBR process was used for slaughterhouse wastewater treatment with PLC auto-control system designed .

采用ASBR/SBR工艺处理屠宰废水，并设计了PLC自动控制系统。

A two-stage ASBR technique was used to treat kitchen garbage at the lab scale .

应用两阶段ASBR技术对厨房垃圾进行实验室规模的处理研究。

Anaerobic Sequencing Batch Reactor ( ASBR ) is a new type of anaerobic reactor .

厌氧序批间歇式反应器（ASBR）是一种新型的厌氧反应器。

Studies on start-up experiment of ASBR treating thermal-hydrolyzed sewage sludge

ASBR处理热水解污泥的启动试验研究

Gradient Elevation of Temperature Startup Experiment of Thermophilic ASBR Treating Thermal-Hydrolyzed Sewage Sludge

高温ASBR处理热水解污泥的梯度升温法启动试验研究

Effects of F / M on the Uptake , Storage and Utilization of Carbonhydrate in ASBR

F/M对ASBR中基质的吸收、储存和利用影响

Effect of NH4 + and NO2-to nitrogen removal performance was studied in an ASBR by increasing substrate concentration .

通过提高进水基质浓度，分别研究了氨氮和亚硝态氮浓度对ASBR厌氧氨氧化反应器脱氮性能的影响。

Contrastive study between reinfored activated sludge and conventional activated sludge in the process of treating brewery wastewater in ASBR

ASBR中强化活性污泥与普通活性污泥降解啤酒废水的对照研究

Two essential operational parameters of ( ASBR ) - fill time and organic loading rate were discussed for their effects on the process performance through orthogonal tests .

通过正交试验，探讨了ASBR工艺最为重要的两个操作参数即充水时间和负荷率对ASBR工艺过程的影响。

Treatment capacity and ability of ASBR ( Anaerobic Sequencing Batch Reactor ) for brewery wastewater were reinforced by adding superior flora into activated sludge .

在厌氧序批式反应器（ASBR）中采用优势菌群对活性污泥进行强化，驯化出强化活性污泥。

An anaerobic pretreatment of wastewater from coking process with Anaerobic Sequential Batch Reactor ( ASBR ) at a mild temperature of 35 ℃ was studied .

在中温35℃条件下，利用厌氧序批式反应器（ASBR）试验装置对焦化废水进行了厌氧预处理研究。

The operation principles , characteristics of ASBR and present conditions of research on ASBR are summarized . The application prospects to ASBR in the future is brought out .

综合论述了ASBR法的工作原理、工艺特点以及国内外研究应用现状，展望了在废水处理领域中的广阔前景。

Therefore , compared to traditional continuous-flow stirred tank reactor ( CSTR ), the efficiency of ASBR enhances about 7.13 % ~ 34.68 % .

因此，与传统的连续流搅拌反应器（CSTR）相比，ASBR的处理效率提高7.13%~34.68%。

Dissociated microbe of ASBR which had stored glycogen can be stained , and hyphomycetes in continuous flow reactors cannot be stained .

观察到ASBR中单个细菌储存糖原可被染色，连续流反应器中丝状菌则未见此现象。

During the start-up process , the solids of sewage sludge accumulated continuously in ASBR and kept longer solid retention time ( SRT ), helpful to enhance the treatment efficiency .

启动过程中污泥固体物质在ASBR中不断积累而保持较高的固体停留时间（SRT），有助于提高处理效率。

A systematic analysis on the anaerobic sequential batch reactor ( ASBR ) technology was conducted including the process and its characteristics and regulating , as well as its application both at home and abroad .

对厌氧序批式工艺（ASBR工艺）进行了系统分析。分析包括工艺过程、工艺特点、工艺的调控及在国内外的应用等。

Correspondingly , the average daily gas production of mesophilic and thermophilic ASBR was 15 % and 10 % higher than that of mesophilic CSTR .

相应地，·中温、高温ASBR的平均日产气量比中温CSTR分别提高15%、10%。

An engineering example of treating cosmetic-producing wastewater by the process of ASBR ( membrane process ) - SBR is introduced , and the start-up and running results of the system are summarized .

介绍ASBR（膜法）SBR法处理化妆品生产废水的工程实例，总结系统的启动和运行结果。

Itwas also noted that the activity of seeding sludge , the process of promoting organic loading rate and the configure of reactor exerted great effects on the start-up for the ASBR .

种泥、有机负荷的提高过程和反应器构型对ASBR的启动有显著影响。

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 .

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。

Parallel laboratory experiments were conducted to investigate the performance of thermophilic and mesophilic anaerobic sequencing batch reactor ( ASBR ) for the digestion of thermo-hydrolyzed sewage sludge .

进行了高温、中温厌氧序批式反应器（ASBR）处理热水解污泥的对比试验研究。

ASBR has gradually been adopted widely both in the domestic and overseas in treating many kinds of wastewater owing to the abilities of granulation , adaptation to large wastewater concentration range and flexible operation .

厌氧序批式反应器（ASBR）因其能够形成颗粒污泥，有较大的进水浓度适应范围和灵活的操作方式，在国内外被逐步广泛应用到各种废水的处理中。

The ASBR was seeded with granulated solids that were cultivated with synthetic wastewater containing sucrose Before the pretreatment of coking wastewater , 225 days ' acclimation was needed .

实验所用颗粒污泥是经蔗糖配制的人工合成废水培养而成，在处理焦化废水之前进行了225天的驯化。

Glycogen storage can not only slow down the accumulation of VFA , but reduce the production rate of hydrogen , lower hydrogen partial pressure in ASBR , create a good condition for the stable and efficient operation of ASBR .

ASBR反应器中，糖原的储存不仅能减缓VFA的积累，且能减小产氢速率，降低反应器内的氢分压，从而为ASBR反应器的高效稳定运行创造良好条件。