CAJ | 학술논문

化学合成制药废水生物毒性大、可生化性差，属高难度难降解的有机废水，结合本公司工程中的实际应用，高浓度废水采用两级高级氧化工艺为：微电解+芬顿氧化+电催化氧化的方法处理，效果很好，COD和SS的去除率分别可达93.8%和90%以上，各项指标均达到企业所在园区污水处理厂接管标准，为难降解有机废水的处理提供了新的处理途径。
화학합성제약폐수생물독성대、가생화성차，속고난도난강해적유궤폐수，결합본공사공정중적실제응용，고농도폐수채용량급고급양화공예위：미전해+분돈양화+전최화양화적방법처리，효과흔호，COD화SS적거제솔분별가체93.8%화90%이상，각항지표균체도기업소재완구오수처리엄접관표준，위난강해유궤폐수적처리제공료신적처리도경。
the chemical synthesis of pharmaceutical wastewater biological toxicity, poor biodegradability is difficult to degrade organic wastewater, combined with the practical application of the company in the project, wastewater with high concentration by two levels of advanced oxidation processes for the treatment effect: method of micro electro catalytic oxidation Fenton oxidation and electrolysis+well, COD and SS re-moval rate of 93.8%and 90%respectively, the indicators have reached the park sewage treatment plant to take over the standard, treatment of hard degradation organic wastewater in a new way.