酒精废水

竹炭吸附去除糖蜜酒精废水中COD的研究

Adsorption Removal of COD from Molasses Alcohol Wastewater by Using Bamboo Charcoal

竹炭吸附-微波辐射法去除糖蜜酒精废水中的COD

COD Removal from Molasses Alcohol Wastewater by Bamboo Charcoal Adsorption and Microwave Irradiation

并根据实际的进料情况确定了适合酒精废水处理的参数k值，k取0.03是可靠的。

And the right parameter k was determined as 0.03 which should be reliable .

内循环（IC）厌氧反应器处理糖蜜酒精废水的研究

Molasses wastewater treatment with an internal circulation ( IC ) reactor

缺氧/好氧SBR工艺去除酒精废水中的氮

Removing nitrogen from alcohol wastewater by anoxic / aerobic SBR process

蔗渣活性炭去除糖蜜酒精废水COD的实验研究

Study on the COD removal of molasses alcohol wastewater using activated carbon prepared from bagasse

MIC反应器处理酒精废水的污泥颗粒化研究

Study on the Granular Sludge in Treatment of Alcohol Wastewater by MIC Reactor

酒精废水Fenton试剂催化氧化法试验研究

Study on the alcohol effluent by Fenton reagent treatment

UASB工艺处理木薯酒精废水的厌氧研究

Anaerobic Study on Wastewater Treatment of Cassava Alcohol with UASB

糖蜜酒精废水两相UASB处理有机物去除特征

The Removal of Organic Compounds of Molasses Wastewater in the Two-phase UASB

UASB反应器处理木薯酒精废水的几个环境因素分析

Effects of Some Environmental Factors on Treatment of Cassava Alcohol Wastewater with UASB Reactor

不同温度下UASB处理酒精废水运行情况比较

The compared of the UASB reactor to the different temperature situation in alcohol wastewater

利用曝气生物滤池与臭氧耦合技术进行了木薯酒精废水的深度处理试验，主要研究了不同操作条件如水力停留时间、臭氧投加量、氧化循环比对COD和色度处理效果的影响。

The effects of different operation conditions such as the hydraulic retention time , the ozone dosage and the circulation ratio were investigated .

糖蜜酒精废水由于含有高浓度的COD和硫酸盐，一般厌氧反应器无法有效处理。

The difficulty in treating molasses wastewater is due to the high COD concentration of the wastewater which contains a large amount of sulfates .

催化臭氧化降解糖蜜酒精废水的MxOy-SnO2催化剂研究

Study of Catalysts M_xO_y-SnO_2 Used in Degradation of Molasses Wastewater by Catalytic Ozonation

运行结果表明：（1）以玉米为生产原料的酒精废水是一种高浓度、高温、低pH值、难生物降解、污染程度高的工业废水。

The results show that : ( 1 ) Using corn as production material , the wastewater is high concentration , high temperature , low pH , hard decomposed , great harm water .

通过实验研究了竹炭类型、粒度、投加量、吸附时间以及初始浓度等因素对竹炭吸附去除糖蜜酒精废水中COD效果的影响。

Effect of particle size , amount , time and initial concentration on adsorption removal of COD from molasses alcohol wastewater by using bamboo charcoal was experimentally studied .

在高温（55℃）条件下，应用CSTR反应器对含高浓度悬浮固体的木薯酒精废水进行了全渣厌氧处理研究。

Continuously stirred tank reactor ( CSTR ) was used for thermophilic anaerobic treatment of cassava ethanol wastewater with high-concentration suspended solids at55 ℃ .

以MIC厌氧反应器处理高浓度酒精废水为例，采用城市污水厂的消化污泥启动MIC反应器，其培养过程分为3个阶段：驯化启动期、颗粒污泥出现期和颗粒污泥成熟期。

As a case in point of alcohol wastewater treatment by MIC reactor , the digested sludge of municipal sewage factory was used to start-up MIC reactor . The process was divided into three stages : the sludge taming , the granular sludge forming and its maturing .

在与废水有机结合的试验中，60E能较好的利用糖蜜酒精废水制氢。

In waste water and organic combination of the trial , 60E can have a good effect on hydrogen production by using molasses alcohol wastewater .

酒精废水处理高效厌氧技术&MIC反应器

High Efficiency Anaerobic Technique for Alcohol Sewage Treatment & MIC Reactor

水解酸化工艺处理糖蜜酒精废水的实验研究

Research on Treatment of Molasses Alcohol Wastewater by Hydrolysis and Acidification

甲烷菌固定化载体治理糖蜜酒精废水应用研究

Study of methane bacteria immobilized carrier disposing molasses alcohol waste water

糖蜜酒精废水微氧厌氧生物脱硫

Using oxygen-limited anaerobic biological desulphurization process to treat molasses distillery wastewater

甲醛对厌氧降解糖蜜酒精废水的抑制及消除

Restraint and Elimination of Formaldehyde on Molasses Alcohol Wastewater Anaerobic Digestion

水解-混凝法处理糖蜜酒精废水试验

Experiment on sugar-syrup alcohol wastewater treatment by dominant-microorganism added hydrolysis-flocculation technique

利用酒精废水生产饲料酵母

Use the alcohol waste water to produce the animal feed yeast

酒精废水消化液生物硝化和脱氮试验

Experiment on biological nitrification and denitrification of digestion liquid of alcohol wastewater

应用高梯度磁分离技术处理糖蜜酒精废水

The treatment of wastewater from fermented molasses using a HGMS

酒精废水消化液预处理试验研究

Study on the Pretreatment of Digested Liquid of Alcohol Wastewater