CAJ | 학술논문

结合工程实例，根据农药厂各生产车间的废水水质特点，先行就地进行化学氧化、还原、置换处理，然后将预处理后的各车间废水统一汇总至综合处理系统进行生化处理，同时在生化处理之后增加芬顿氧化池和MBR池进行强化处理，以确保出厂废水达标排放。
결합공정실례，근거농약엄각생산차간적폐수수질특점，선행취지진행화학양화、환원、치환처리，연후장예처리후적각차간폐수통일회총지종합처리계통진행생화처리，동시재생화처리지후증가분돈양화지화MBR지진행강화처리，이학보출엄폐수체표배방。
Combining with the engineering example, according to the water characteristics in the pesticide production workshop, the wastewater was firstly treated using chemical methods including chemical oxidation, reduction and replacement, and then the pretreated wastewater was gathered to the comprehensive processing system and disposed with biochemical method. In order to ensure that the factory wastewater discharge on standard, lastly, the treated wastewater was experienced enhanced treatment using fenton oxidation and MBR post processing.