丝状菌

SBR工艺中污泥负荷对丝状菌污泥膨胀的影响

Influence of Sludge Load on Filamentous Sludge Bulking in SBR Process

MBR系统内丝状菌污泥膨胀的分子生态学解析

Molecule Ecology Analysis of Filamentous Bacterium Sludge Bulking in MBR

丝状菌污泥膨胀对COD去除率影响不大，但对膜污染有严重影响，膜清洗周期缩短到7d。

Sludge filamentous bulking had little effect on COD removal , but great on membrane fouling .

扫描电镜（SEM）观察结果显示，在苯酚的影响下，短程硝化颗粒污泥中的主要菌群由球菌转化为丝状菌。

Scanning electron microscope ( SEM ) revealed that the dominant bacteria were transformed from cocci bacteria into filamentous bacteria under the influence of phenol .

在严格控制SBR工艺试验运行条件下，就污泥负荷对丝状菌污泥膨胀的影响规律进行了研究。

A study on the effect of sludge loading on filamentous sludge bulking in SBR is described in this paper .

在SBR反应器中，采用成熟的生物除磷颗粒污泥，探讨了丝状菌膨胀对其除磷能力和稳定性的影响。

The influence of filamentous bulking on the biological phosphorus removal capability and stability of granular sludge in SBR was discussed .

SVI从110mL/g上升至160mL/g左右，显微镜检发现丝状菌增殖。

SVI goes up from 110 mL / g to 160 mL / g or so . Filamentous bacteria proliferation is found under microscope .

第三阶段，可以观察到颗粒污泥丝状菌开始大量繁殖，污泥粒径进一步增大至1mm以上且形状规则，呈现致密淡黄色。

In the third stage , filamentous microorganism propagated largely , particle size increase to over 1mm ; sludge was yellow , in regular shape and tight .

但是在高通量阶段，由于丝状菌膨胀的原因，EPS尤其是LB-EPS非常显著的增加了。

However , in high flow stage , EPS especially LB-EPS had a significant increase on both membranes due to the filamentous bulking and temperature decline .

在室温较低的情况（8～13℃）下，实验室试验中以人工配水为污水水源，采用连续进水间歇出水的SBR工艺时发生了丝状菌性污泥膨胀。

When synthetic wastewater was fed to a sequence batch reactor ( SBR ) using the mode of continuous water inflow and intermittent water outlet at low temperature ( 8 ~ 13 ℃) in the laboratory , sludge bulking caused by filamentous bacterium occurred .

选择器是在控制丝状菌膨胀实践中孕育而生。

A selector originated from the practice of filamentous bulking control .

胞内聚合物在絮凝体与丝状菌污泥中的形成

Formation of Intracellular Biopolymer by Aerobic Floc Sludge and Filamentous Microorganisms

丝状菌膨胀机制与控制原理

The Mechanism of Filamentous Microorganism Bulking and Its Principle of Control

丝状菌性污泥膨胀及生物选择器控制

The Filamentous Sludge Bulking and the Control of the Biological Selector

利用丝状菌和膜生物反应器处理城镇污水

Using Filamentous Bacteria in the Membrane Bioreactor to Treating Domestic Wastewater

丝状菌污泥膨胀的微观研究方法进展

Progress in the microcosmic study of the filamentous bacterium sludge expansion

膨胀污泥和泡沫中的丝状菌及其控制

Filamentous Microorganisms and Control in Activated Bulking Sludge and Foaming

氮缺乏引起的非丝状菌活性污泥膨胀

Non-filamentous Activated Sludge Bulking Caused by the Deficiency of Nitrogen

丝状菌性污泥膨胀是恶化处理水水质的重要原因。

Filamentous sludge bulking is the key factors in deteriorating effluent quality .

膜生物反应器污泥培养过程中丝状菌污泥膨胀的控制

Control of Filamentous Sludge Bulking during Sludge Acclimation in MBR

低负荷氧化沟工艺丝状菌膨胀的成因与控制

The cause and control of filamentous bulking in low rate oxidation ditch

营养物质缺乏引起的丝状菌污泥膨胀及其控制

Filamentous bulking caused by nutrient deficiency and bulking control

丝状菌污泥膨胀的影响因素与控制

The factors of effects on filamentous bulking and the control of filamentous bulking

药剂法是一种有效的丝状菌污泥膨胀控制技术。

Medical method is an effective technique to control filamentous bacterium sludge expansion .

它可能用于治疗皮肤丝状菌感染。

It may be used in treatment of dermatophytosis .

丝状菌性污泥膨胀的影响因素及控制方法

The Influencing Factors And Control Of Filamentous Sludge Bulking

A/O生物除磷工艺丝状菌膨胀的控制

Control of Filamentous Bulking in the A / O Biological Phosphorus Removal Process

丝状菌发酵过程中菌体形态变化

The Morphological Change of Filamentous Microbe in Fermentation Process

丝状菌在工业废水处理中的控制与有效利用

The control and effective utilization of filamentous bacteria in industrial waste water treatment

丝状菌污泥膨胀机理与控制方法

Mechanism and Control Methods of Filamentous Sludge Bulking