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antibiotic waste water
相关语句
  抗生素废水
     Treating antibiotic wastewater with upflow blanket filter (22 m 3) and cyclic activated sludge system (12 m 3) ,the results show that when the volume laoding rate of upflow blanket filter is 6 0 kgCOD/(m 3·d),the removal efficiency of SS,COD,BOD 5 can reach 74 9%,91 1%,95 5% respectively;
     采用中试规模的厌氧复合床 (2 2m3 )和周期循环活性污泥系统 (12m3 )处理抗生素废水 . 当厌氧复合床的容积负荷为 6 0kgCOD/(m3 ·d)时 ,SS ,COD ,BOD5的去除率分别为 74 9% ,91 1% ,95 5 % ;
短句来源
     Treatment of antibiotic wastewater by microelectrolysis-UASB-MBR
     微电解-UASB-MBR法联用处理抗生素废水的试验研究
短句来源
     A upflow anaerobic sludge blanket and a upflow blanket filter were used with the same volume(62 L) for treatment of antibiotic wastewater,when COD volume loading was 6.0 kg/(m3·d),the removal efficiency of UBF to SS,COD,BOD_5 were 75.6 %,91.7 %,96.1 % respectively.
     结果表明:采用相同体积(62 L)的升流厌氧污泥床和厌氧复合床(UBF)处理水解酸化后的抗生素废水,当COD容积负荷为6.0 kg/(m3.d)时,厌氧复合床对SS、COD、BOD5的去除率分别为75.6%、91.7%、96.1%;
短句来源
     Treatment of Antibiotic Wastewater with UASB and Membrane Bioreactor
     UASB-膜生物反应器处理抗生素废水的研究
短句来源
     In this paper, hydrolysis acidification-anaerobic digestion process was used in treatment of high-concentrated antibiotic wastewater, the results showed that the maximum volumetric loading rate of the hydrolysis acidification reactor was 16.84kgCOD/(m3·d), the compound anaerobic reactor was 8.57kgCOD/(m3·d), the max.
     研究了水解酸化与厌氧消化组合工艺处理高浓度抗生素废水,结果表明,水解酸化反应器最大CODcr容积负荷达到 16.84kg/m3·d,复合厌氧反应器CODcr容积负荷达到8.57kg/m3·d;
短句来源
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  抗菌素废水
     Treatment of Antibiotic Wastewater by Flocculation A/O Process
     絮凝-厌氧-好氧处理抗菌素废水的试验研究
短句来源
  抗生素工业废水
     Research Progress of Treatment Technology for Antibiotic Waste Water
     抗生素工业废水处理技术的研究进展
短句来源
     The paper mainly studied the start-up performance of the full-scale IC reactors treating high strength antibiotic wastewater. At the same time the paper also compared the effects of UASB、 UBF and IC in treating antibiotic wastewater.
     本文重点研究了IC反应器处理抗生素工业废水的生产性启动规律,同时对IC、UBF和UASB反应器处理抗生素工业废水进行了对比研究。
短句来源
     The treatment technology for several kinds of antibiotic wastewater was studied using hydrolytic acidification pretreatment-AB biological process in the lab.
     进行了多品种抗生素工业废水处理的试验研究,采用水解酸化——AB生物法新工艺。
短句来源
     Antibiotic waste water has the properties of complex compositions and high toxicity. Currently, the technology of treating this kind of waste water is not mature.
     抗生素工业废水成分复杂,毒性高,但目前处理该废水的技术还不成熟,用的较多的处理方法是生物法。
短句来源
  “antibiotic waste water”译为未确定词的双语例句
     when the sludge laoding rate of cyclic activated sludge system is 0 4 kgCOD/(kgMLSS·d) at the sludge concentration 4000 mgMLSS/L,the removal efficiency of SS,COD,BOD 5 can reach 90 3%,87 6%,95 4% respectively,and the effluent can meet the requirements of the national waste water discharge standard for medicine industry (GB 8978 1996),providing a scientific technology program for industrial application in the antibiotic wastewater treatment.
     当周期循环活性污泥系统的污泥浓度为 4 0 0 0mgMLSS/L ,污泥负荷为 0 4kgCOD/(kgMLSS·d)时 ,SS ,COD ,BOD5的去除率分别为 90 3% ,87 6 % ,95 4 % ,出水水质达到了国家生物制药工业废水排放标准 (GB8978- 1996 ) ,为工业规模的应用提供了技术参数和科学的实施方案
短句来源
     2. In the antibiotic wastewater experiment, at the loads of 1.1kgCOD/m3 . d, at temperature 30℃, DO 2.5mg/L, PH 8.0, in the way of 2.5h aerobic time and 1.5h anoxemia time, effluent quality is very good.
     2、进行原水实验,好氧时间2.5小时,缺氧时间1.5小时,不排泥的情况下,采取COD负荷为1.1 Kg/m~3·d,温度控制在30℃左右,DO控制在2.5mg/L,PH值控制8.0左右的条件下,进水采用原水进水。
短句来源
     The wastewater was mainly domestic wastewater(70%)and the antibiotic wastewater(30%).
     d-1,进水主要为生活污水(70%)和抗生素制药废水(30%)。
短句来源
     Experimental study on denitrification of antibiotic wastewater
     抗生素生产废水脱氮的实验研究
短句来源
     Treating Antibiotic Wastewater by Two Phase Anaerobic Digestion System
     两相厌氧系统处理乙酰螺旋霉素废水
短句来源
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Antibiotic waste water has the properties of complex compositions and high toxicity. Currently, the technology of treating this kind of waste water is not mature. The most often used is biological method. But, in recent years, a lot of researches of using ultrasonic wave to degrade organics have been carried out. The results have shown that the technique of ultrasonic wave has the advantages of mild degradation condition, high speed, broad scope, easy operation and less pollution. In this paper, based on the...

Antibiotic waste water has the properties of complex compositions and high toxicity. Currently, the technology of treating this kind of waste water is not mature. The most often used is biological method. But, in recent years, a lot of researches of using ultrasonic wave to degrade organics have been carried out. The results have shown that the technique of ultrasonic wave has the advantages of mild degradation condition, high speed, broad scope, easy operation and less pollution. In this paper, based on the synthetic analysis of existed research results, a new method to treat antibiotic waste water, ultrasonic wave - biological method, was presented.

抗生素工业废水成分复杂,毒性高,但目前处理该废水的技术还不成熟,用的较多的处理方法是生物法。生物法分为好氧法与厌氧法。好氧法出水质量好,但成本高;厌氧法成本低,但出水质量差。因此,人们又发明了物化一生物联用技术。该技术处理效果好,但工艺复杂,成本高。近年来,人们对超声波降解有机物进行了大量研究, 结果表明,超声波具有降解条件温和、速度快、适用范围广,操作简单方便、污染少等优点。本文在综合分析已有研究的基础上,提出了一种新的抗生素废水处理方法一超声一生物法。

 
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