水解酸化

利用液可清（ACF32）培养污泥，水解酸化、氧化沟工艺进行亚麻沤制废水处理。

In this paper , using Aqua with ACF 32 to culture sludge and hydrolytic acidification , and then treat retting flax wastewater with oxidation ditch is studied .

水解酸化+气浮+CASS工艺处理屠宰废水

Treatment of slaughter-house waster with process of hydrolytic acidification plus floatation and CASS

介绍了物化水解酸化CAST工艺在处理制革废水中的应用。

The application of physico chemical hydrolytic acidification CAST process treating tannery wastewater is presented .

用水解酸化池&膜生物反应器处理活性艳红X-3B废水

Treatment of Wastewater Containing Reactive Brilliant Red X-3B by Hydrolysis Acidification Pool - Membrane Bioreactor Process

水解酸化-厌氧-好氧法处理NF合成制药废水研究

Treatment of pharmacy wastewater from NF synthetic process by a hydrolyze acidification-anaerobic-aerobic process

水解酸化UASBSBR组合法处理印染废水

Treatment of Printing and Dyeing Wastewater by Hydrolysis Acidification-UASB-SBR Combined Process

水解酸化+两级SBR工艺处理天然气净化废水与回用

Application of Hydrolytic acidification and SBR process to Treatment and Reuse of Natural Gas Purification Wastewater

工程设计中，在水解酸化反应器后应加设沉淀单元。在SBR好氧生物处理系统中，曝气反应时间宜大于6.5小时。

In the system of SBR following biological hydrolysis reactor , the aeration period should exceed 6.5 hours .

建立了剩余污泥水解酸化减量的模型和TA生物降解动力学模型。

The modeling of excess sludge reducing by hydrolysis and the modeling of TA biodegraded kinetic were set up ;

SRT对初沉污泥水解酸化影响的试验研究

Influence of SRT on Hydrolysis and Acidification of Primary Sludge

水解酸化接触氧化微电解MBRRO深度处理印染废水回用技术

Advance treatment and reuse of printing and dyeing wastewater by combined hydrolysis acidification-contact oxidation-micro-electrolysis-membrane bioreactor-reverse osmosis process

水解酸化在正常运行条件下可去除COD达30%～50%，并有效提高BOD／COD比值；

COD removal attained 30-50 % and the ratio of BOD / COD also increased in the process of hydrolytic acidification .

结果表明，水解酸化反应器最大COD容积负荷达到16.84kg/（m3·d）。

The results showed that the maximum volumetric loading rate of the hydrolysis acidification reactor was 16.84 kg COD / m 3 · d.

采用水解酸化+二级接触氧化工艺处理新区某DOP工厂废水。

Hydrolysis acidification and two-stage contact oxidation processes are used for treating the DOP wastewater .

实验室研究和工程调试结果表明，采用水解酸化&PACT／SBR生物处理技术对难生物降解的光敏剂废水进行处理是可行的。

The results of tentative experiments and engineering practice show that treating non-biodegradable photosensitize wastewater with hydrolyze acidification-PACT / SBR technology is feasible .

研究了序批式水解酸化厌氧好氧生物处理工艺对NF合成制药废水的处理。

A hydrolyze acidification anaerobic aerobic process was investigated for the treatment of pharmacy wastewater from NF synthetic process by the sequencing batch reactors .

水解酸化预处理效果明显，较单独的SBR工艺而言，COD、氨氮去除率分别提高了13.2%、10.7%；

The results of pretreatment are apparent , compare single SBR process , removal of COD and ammonia increased 13.2 % and 10.7 % respectively .

复合式水解酸化+复合式MBR组合工艺深度处理印染废水及回用的研究

Study on Advanced Treatment and Reuse of Printing and Dyeing Wastewater by the Combination Process of Hydrid Hydrolization-Acidification + Hydrid MBR

水解酸化-好氧工艺处理OCC废纸造纸废水

Hydrolytic Acidification-Aerobic Process Treatment of the Effluent from Papermaking with OCC as Raw Material

水解酸化池&膜生物反应器处理后废水的脱色率和COD去除率分别为83%和97%；

After treated in the hydrolysis acidification pool and membrane bioreactor , the chroma and COD removal rate of the wastewater is 83 % and 97 % respsctively ;

本实验采用厌氧折流板反应器（ABR）对碱法草浆中段废水进行了水解酸化预处理的研究。

The experiment makes use of Anaerobic Baffled Reactor ( ABR ) in the study of hydrolysis-acidification pretreatment on alkali straw pulp bleaching effluent .

表明以水解酸化为预处理手段可有效提高印染废水的可生化性，提高整个工艺的COD去除率。

These results demonstrated that hydrolysis and acidification as pretreatment means could enhance efficiently the biochemical tape bility of printing and dying wastewater and the COD removal rate of the whole technology .

采用水解酸化SBR法混凝沉淀复合工艺对城市垃圾渗滤液进行处理，确定水解酸化、SBR法和混凝的最佳运行参数。

Urban landfill leachates were treated by composite process of hydrolytic acidification-SBR-chemical coagulation and sedimentation , and the optimum processed conditions of the anoxic , SBR and coagulation were achieved .

BOD5／COD（Cr）由进水的0.28左右提高到0.42左右，表明水解酸化后废水可生化性明显提高，更加有利于进行好氧生物处理。

BOD_5 / COD_ ( Cr ) changed from 0.28 to 0.42 . It is indicated that the biochemical treatability is obviously improved , which accelerates the process of subsequent aerobic treatment .

作者介绍了宾馆餐饮废水采用隔油水解酸化一体化SBF平台组合工艺处理的工程实例。

An example of using grease separation-hydrolysis-integral SBF for the treatment of wastewater from dietetic business in a hotel is given .

回流氧化沟污泥至水解酸化池大大增加了池内混合液污泥浓度，使COD和SS的平均去除率分别上升了10%和5%左右。

Recycling the activated sludge of oxidation ditch to hydrolytic acidification can greatly enhance the consistency of MLSS and increase the removal rate of COD and SS about 10 % and 5 % .

采用混凝预处理-水解酸化-SBR工艺处理造纸中段废水，确定了水解酸化器、SBR反应器的最佳运行参数。

Hydrolysis acidification-SBR process was conducted to treat the effluent from Washing , Screening , Bleaching plants by flocculation and the running parameters were decided of the anaerobic reactor and the SBR .

本研究针对LAS废水的性质，首先进行了生物降解性实验研究，并重点对水解酸化阶段进行了实验分析。

As for the properties of LAS , investigations had been performed on biodegradability of synthetic detergent firstly , and emphases had been put on experimental analysis on hydrolytic acidification .

详细介绍了水解酸化和序列间歇式活性污泥法（SBR法工艺）处理调味品废水的工艺流程、综合废水的水质、水量、工艺参数及主要经济技术指标、实际运行效果及分析。

Hydrolysis-acidification and SBR are applied to the seasoning-bearing wastewater treatment . The complex wastewater , water quantity , technical parameters and main economic and technical guidelines , practical running effect and analysis are introduced .

在pH为7时，水解酸化产物中乳酸浓度相对较低，VFA中主要以丁酸和乙酸为主，丙酸很少。

When the pH value was kept at 7 , lactic acid concentration was relatively low , and acetic and butyric acid were predominant VFA , while propionic acid took a relatively little part .