为解决医院废水对周边水体的污染，避免危害人体健康，本文以青岛市某医院洗衣房废水为对象，采取水解酸化-接触氧化工艺进行处理。
The treatment of bleaching amd washing effluent from alkaline sodium sulfite pulping line by hydrolysis and bio-contact oxidation process is introduced.
水解酸化———生物接触氧化联合处理工艺处理高浓度纺织印染废水，是被实践证明了的切实可行的方法。
Hydrolysis acidification-biological contact oxidation process is applied to treat textile-dyeing wastewater, This process is proved to be one of the new water treatment processes.
介绍了水解酸化—— 生物接触氧化工艺在啤酒废水处理上的应用，并对调试运行及效果进行了分析。
The paper describes the application of hydrolytic acidation-biological touch oxidation technology on treating brewery wastewater and analyzes the test's effect.
本设备集水解酸化和生物接触氧化两者优点于一体，是一种处理生活污水的中小型装置。
The equipment described in this paper as a kind of sewage treatment device possesses the advantages of both hydrolytic acidulation and biological contact oxidation.
对合成橡胶废水提出了水解酸化与生物接触氧化相结合的处理工艺。
A study on the treatment of synthetic rubber wastewater by hydrolytic acidification biological contact oxidation process is presented in this paper.
采用改良的水解酸化-生物接触氧化工艺处理纺织印染废水。
Textile printing and dyeing wastewater is treated by improved hydrolytic acidification-biological contact oxidation process.
采用混凝沉淀-酸化水解-悬挂链曝气-生物接触氧化组合工艺处理皮革和毛皮加工生产废水。
Combined technology of coagulation sedimentation - acid hydrolysis - suspended chain aerating - biological contact oxidation was used to treat leather industry and fur processing wastewater.
介绍了印染废水的特点，对水解酸化——接触氧化工艺处理印染废水技术进行了探讨。
The characteristics of printing and dyeing wastewater are introduced. Hydrolytic Acidication-Aerobic Biological Contact Processes to treat printing and dyeing wastewater are studied.
为处理制药废水，经多方案比较决定采用水解酸化—生物接触氧化法处理工艺。
Based on comparison of different options, it is decided to apply hydrolytic acidation - biological contact oxidation process to the treatment of pharmacy wastewater.
回顾了中药废水处理的研究和应用，并对水解酸化——接触氧化法处理中药废水实际工程效果进行了介绍和分析。
In this paper was introduced and discussed the practical engineering effect of treating traditional Chinese medicine wastewater by hydrolytic acidification and contact oxidation.
混凝沉淀池和接触氧化池对LAS的去除率分别达到50 %以上和98%以上，但水解酸化池对LAS的去除率较低。
50% and 98% of LAS are removed in coagulation sedimentation and contact oxidation process respectively. But the LAS removal in hydrolysis acidification unit is still low.
采用混凝沉淀 -酸化水解 -生物接触氧化工艺处理纺织印染废水。
The application of coaqulated subsidence acidification hydrolization biological contact oxidation process to treating textile dyeing wastewater was presented.
采用填料式水解酸化与好氧接触氧化联合工艺处理生活污水效果好，其COD、BOD_5、SS去除率分别高达87％，92％，90％，试验得出了最佳设计参数和合理可行的流程组合。
The removal efficiencies of COD, BOD_5 and SS are 87% 92% and 90%respectively. The optimum design parameters are presented and the reasonable and feasible process units are determined.
采用填料式水解酸化与好氧接触氧化联合工艺处理生活污水效果好，其COD、BOD_5、SS去除率分别高达87％，92％，90％，试验得出了最佳设计参数和合理可行的流程组合。
The removal efficiencies of COD, BOD_5 and SS are 87% 92% and 90%respectively. The optimum design parameters are presented and the reasonable and feasible process units are determined.
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