研究了硼泥复合混凝剂处理豆制品废水的影响因素和最佳处理条件。
The paper deals with the influencing factors and the optimum treating condition of the bean products wastewater with the Boron Sludge Coagulant.
用实验室规模的UASB反应器处理豆制品废水培养厌氧颗粒污泥。
The UASB reactor of lab scale was used to treat soybean cake wastewater in order to incubate anaerobic granular sludge.
进一步优化条件，有希望通过豆制品废水获得低成本的EPA和AA产品。
The low cost of producing EPA and AA would be got by wastewater of soybean products if the culture conditions are further optimized.
豆制品废水是一种较难处理的高浓度有机废水，而传统的SBR方法仍然有可以改进之处。
Currently, the high organic concentration wastewater from bean production plant is difficult to be treated, but traditional SBR still needs further improvement.
在低温和变温情况下，研究了DO作为SBR法处理豆制品废水过程中的反应时间和反应过程的控制参数。
Under the low and variational temperature, bean products wastewaters were treated by SBR process using DO as control parameter.
通过用AB活性污泥法对处理豆制品废水工艺的试验研究，确定了优化工艺参数，包括溶解氧、 污泥负荷、曝气历时，并在选定的工艺条件下对豆制品废水进行了试验。
Treatment process of bean products wastewater with AB activated sludge has been studied. Through experiment, the optimum parameters, including DO, sludge load and time of aeration were determined.
对光合细菌与小球藻复合处理豆制品有机废水进行了研究。
The studies on bean product wastewater treatment were carried out by using Photosynthetic Bacteria and Chlorella vulgaris .
研究了利用豆制品生产废水培养油脂酵母的适宜工艺条件。
The optimal processing conditions of cultivating lipid yeast by using waste water from soybean product processing was studied.
介绍了一种极具潜力的微生物固定化载体———甲壳素，并应用于豆制品厂及精细化工厂废水的生化处理。
A potential immobilized microorganisms supporter-chitin is reported, and it has been used in the wastewater biochemical treatment.
介绍了一种极具潜力的微生物固定化载体———甲壳素，并应用于豆制品厂及精细化工厂废水的生化处理。
A potential immobilized microorganisms supporter-chitin is reported, and it has been used in the wastewater biochemical treatment.
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