The removal of chemical oxygen demand of wasterwater by anaerobic sludge cultivated without or with 10 g/L and 20 g/L salt was comparatively studied, and the characteristic of salt inhibition to anaerobic microorganisms was deeply investigated.
分别用未经盐驯化的污泥和经10g/L及20g/L盐驯化过的污泥对废水中化学耗氧量的降解性能进行对比研究,并研究盐度对厌氧生物的抑制特性。
Based on the combination and quality of brewery wastewater,the high thickness of activated sludge method is introuduced in the paper,the features and recent development of some anaerobic reactors and effects of application for beer wastewater from anaerobic biological treatment are also introduced,and the development trend of anaerobic treatment is foreseen.
根据啤酒废水的组成和水质,从厌氧生物处理方面介绍了高浓法工艺和几种厌氧反应器的特点及它们在啤酒废水中的研究现状、运用效果,并展望了啤酒废水厌氧处理的发展方向。
The wastewater was treated by the processes of aerobic and anaerobic biological treatment.
选用好氧和厌氧生物处理的方法对奥里油废水进行了初步试验研究。
Domestic wastewater was treated by anaerobic biological filter and aerated biological carbon filter under the condition of the lower temperature in spring.
在春季低温条件下,利用厌氧生物滤池、好氧生物炭滤池处理生活污水,比较两者的性能,探讨低成本处理生活污水的方法。
The results showed that the sewage treatment plant with secondary sedimentation tank sludge back to the anaerobic bio-filter to carry out vaccination,anaerobic biological filter can be successfuly started at room temperature(18℃~25℃),the organic matter can be effectively removed a.
对常温下采用弹性立体填料的厌氧生物滤池和采用砾石填料的厌氧生物滤池串联处理生活污水的适用性、设计运行参数及环境因素的影响进行了研究。
Through detailed investigation to water quality of landfill leachate, according to thewater quality status at present, the assembled technics of ammonia stripping→anaerobic biological filter (AF)→ sequencing batch reactors (SBR) is put forward.
本次试验对该场垃圾渗滤液的水质进行了调查，针对现阶段渗滤液的水质状况提出了空气吹脱→ 厌氧生物滤池→SBR的组合处理工艺。
The methanogenic toxicity experiments are conducted to determine its toxic mechanism and the feasibility of anaerobic bio-treatment.
同时获得了一组产甲烷活性随不同稀释比变化的曲线，证明该废水在稀释比不超过 1/7时可以进行厌氧生物处理。
Since anaerobic bio-treatment technology has merits of low energy consumption, low sludge output and production of biogas, a kind of green energy, it has already been widly used in treatment of organic waste water throughout the china.
厌氧生物处理技术由于具有能耗低、污泥产量低、氮磷营养需要少和产生的沼气是一种优良的能源等突出优点,使得它已经成为我国控制有机污染的重要手段。
Taking Tetrahymena thermophila as the object of the toxicity experiment,the biotoxicity variation of leachate in the anaerobic bioreactor landfill system was studied.
以嗜热四膜虫作为毒性试验生物,对厌氧生物反应器垃圾填埋系统渗滤液的生物毒性变化进行了研究。
Development process and research advances on anaerobic bioreactor were reviewed in details.
介绍了厌氧生物反应器历史沿革,阐述了厌氧生物反应器的最新研究进展,总结了各种厌氧生物反应器的特点和应用情况,指出了厌氧生物反应器的发展方向和研究重点。