摘要
采用焚烧法处理占氯霉素废水总量的６０％、ＣＯＤ浓度为１１．６×１０４ｍｇＬ－１的浓废水，被充分焚烧后的排气符合排放要求；对ＣＯＤ浓度为１．０９×１０４ｍｇＬ－１的稀废水，自然稀释后浓度为５００—１０００ｍｇＬ－１，再经还原－氧化二级物化处理，其水质符合上海市工业废水排放标准．
Burning high concentration wastewater which makes up 60 per cent of the wastewater from producing chloromycetin with 116×104mg·L-1 COD was carried out in the test.Smoke and gas produced by efficiently burning waste water are accord with emission standard.It was found that the COD concentration of wastewater reached 500—1000 mg·L-1 when low concentration influent with 109×104mg·L-1 COD was naturally diluted,then,the waste water was treated by twostep of reducedoxidized physicalchemical method,the quality of effluent is in keeping with Shanghai emisson standard of industrial waste water.
出处
《环境科学》
EI
CAS
CSSCI
CSCD
北大核心
1998年第4期69-71,共3页
Environmental Science
关键词
氯霉素
焚烧法
废水处理
制药
chloromycetin,burning method,reducedoxidized method,wastewater treatment.
