1) filamentousbulking
丝状菌性膨胀
1.
Two typesof sludgebulking,whichoftenoccurred duringtreatmentof phosphorizedwastewater withloworganicloadingby biologicand/orchemicalmethods,arefilamentousbulkingandnon-filamentous bulking,sincetheyarecausedby differentfactorsunderdifferentconditions,theymustbe putundercontrol indifferentways,suchas killingbacteriawithchlorine,sludgeflocculation,controllingtheoperatingparame-ters.
通过实际的工程实践发现,低有机负荷含磷废水在生化处理过程中,经常发生的污泥膨胀类型有两种即丝状菌性膨胀和结合水性膨胀。
2) filamentous bulking
丝状菌膨胀
1.
Characteristic of filamentous bulking in biofilm reactor under low DO condition when treating wastewater
低氧状态下生物膜法废水处理中丝状菌膨胀特性研究
2.
The influence of filamentous bulking on the biological phosphorus removal capability and stability of granular sludge in SBR was discussed.
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。
3.
Protozoan community structures and their population dynamics during activated sludge bulking in terms of filamentous bulking and non-filamentous bulking were evaluated.
系统研究了丝状菌膨胀与非丝状菌膨胀2种典型污泥状态下原生动物的群落结构特征及其演变规律。
3) filamentous bulking
丝状菌性污泥膨胀
1.
To separate the residua of microorganisms and resume the growth environment of floe-forming bacteria, it would be possible to control filamentous bulking.
实验研究了去除微生物残渣，净化活性污泥微生物的生长环境，可有效地控制丝状菌性污泥膨胀。
4) non-filamentous bulking
非丝状菌膨胀
1.
3 respectively, an excessive growth of viscous Zoogloea with high moisture content was observed and non-filamentous bulking occurred.
3时,出现高含水率的黏性菌胶团过量生长的现象,发生非丝状菌膨胀;在进水中BOD/P为100/0。
2.
Protozoan community structures and their population dynamics during activated sludge bulking in terms of filamentous bulking and non-filamentous bulking were evaluated.
系统研究了丝状菌膨胀与非丝状菌膨胀2种典型污泥状态下原生动物的群落结构特征及其演变规律。
5) limited sludge bulking
丝状菌微膨胀
6) Filamentous sludge bulking
丝状菌污泥膨胀
1.
F/M,influent sulfide and trace metal elements were analyzed and controlled to solve the filamentous sludge bulking problems in the First Wastewater Treatment Plant of Everbright Water(Jinan)Ltd.
针对光大水务济南一厂的丝状菌污泥膨胀问题,从F/M、进水中硫化物浓度、微量金属元素等方面进行了分析和工艺调控,结果表明:①由于进水浓度偏低,在小水量、低负荷[F/M<0。
2.
The causes for filamentous sludge bulking during sludge acclimation in MBR are analyzed.
针对膜生物反应器污泥培养过程中出现的丝状菌污泥膨胀现象,分析了发生污泥膨胀的原因,认为是反应器中低污泥负荷和低溶解氧浓度共同作用所致。
补充资料：丝状菌
分子式：
CAS号：
性质：生长成丝状群体的细菌、真菌和藻类。其生物体不易沉降并会阻挡排水通过滤池。活性污泥中常见的丝状菌有球衣细菌、白硫细菌和丝硫细菌，铁细菌和真菌一类的丝状菌在活性污泥中数量较少。
CAS号：
性质：生长成丝状群体的细菌、真菌和藻类。其生物体不易沉降并会阻挡排水通过滤池。活性污泥中常见的丝状菌有球衣细菌、白硫细菌和丝硫细菌，铁细菌和真菌一类的丝状菌在活性污泥中数量较少。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条