科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2015年
11期
100-100,104
,共2页
制药废水%处理工艺%水解酸化%SBR法
製藥廢水%處理工藝%水解痠化%SBR法
제약폐수%처리공예%수해산화%SBR법
pharmaceutical wastewater%treatment process%hydrolytic acidification%SBR law
近年来,随着医药工业的快速发展,制药废水的污染和治理已经引起了社会的广泛关注。制药工业废水的组成较为复杂,含有多种有机污染物,尤其是一些“三致”有机污染物,对人类健康的危害极大,因此,加强制药废水处理工艺的研究意义重大。对水解酸化与SBR法相结合处理制药废水的工艺进行了探讨。
近年來,隨著醫藥工業的快速髮展,製藥廢水的汙染和治理已經引起瞭社會的廣汎關註。製藥工業廢水的組成較為複雜,含有多種有機汙染物,尤其是一些“三緻”有機汙染物,對人類健康的危害極大,因此,加彊製藥廢水處理工藝的研究意義重大。對水解痠化與SBR法相結閤處理製藥廢水的工藝進行瞭探討。
근년래,수착의약공업적쾌속발전,제약폐수적오염화치리이경인기료사회적엄범관주。제약공업폐수적조성교위복잡,함유다충유궤오염물,우기시일사“삼치”유궤오염물,대인류건강적위해겁대,인차,가강제약폐수처리공예적연구의의중대。대수해산화여SBR법상결합처리제약폐수적공예진행료탐토。
In recent years, with the rapid development of the pharmaceutical industry, pharmaceutical wastewater pollution and treatment has caused widespread concern in the community. Pharmaceutical composition of industrial wastewater is more complex, containing a variety of organic contaminants, particularly some of the "three letter" organic pollutants, great harm to human health, therefore, reinforces the significance of the major pharmaceutical wastewater treatment process. Hydrolysis acidification and SBR Combination pharmaceutical wastewater treatment process were discussed.