科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2014年
9期
154-155
,共2页
半合成制药废水%水解酸化%AB生物法%运行费用
半閤成製藥廢水%水解痠化%AB生物法%運行費用
반합성제약폐수%수해산화%AB생물법%운행비용
semi-synthetic pharmaceutical wastewater%hydrolysis acidification%AB biological method%operating costs
采用有效的方法对生产废水进行处理，让废水符合排放标准，不仅能减少对环境的破坏，也能保证人们的生命、健康安全不受威胁。简要阐述了用水解酸化-AB 生物法工艺对半合成制药废水进行处理的流程。处理的结果表明，该工艺流程合理，且效果能达到预期目标，主体工艺处理效率较高，稳定性较好，经处理后的水质能达到标准要求，成本也比较低。
採用有效的方法對生產廢水進行處理，讓廢水符閤排放標準，不僅能減少對環境的破壞，也能保證人們的生命、健康安全不受威脅。簡要闡述瞭用水解痠化-AB 生物法工藝對半閤成製藥廢水進行處理的流程。處理的結果錶明，該工藝流程閤理，且效果能達到預期目標，主體工藝處理效率較高，穩定性較好，經處理後的水質能達到標準要求，成本也比較低。
채용유효적방법대생산폐수진행처리，양폐수부합배방표준，불부능감소대배경적파배，야능보증인문적생명、건강안전불수위협。간요천술료용수해산화-AB 생물법공예대반합성제약폐수진행처리적류정。처리적결과표명，해공예류정합리，차효과능체도예기목표，주체공예처리효솔교고，은정성교호，경처리후적수질능체도표준요구，성본야비교저。
A method of producing an effective wastewater treatment, allowing wastewater to meet emissions standards, not only can reduce damage to the environment, but also to ensure that people’s lives, health and safety is not threatened. Briefly describes the hydrolysis acidification-AB with biological processes on a semi-synthetic pharmaceutical wastewater treatment process. Processed results showed that a reasonable process, and the results are expected to achieve the target, the higher the body process efficiency, better stability, the treated water can meet the standard requirements, the cost is relatively low.
