中国化工贸易
中國化工貿易
중국화공무역
CHINA CHEMICAL TRADE
2014年
1期
306-306,307
,共2页
芬顿氧化%微电解%化工废水
芬頓氧化%微電解%化工廢水
분돈양화%미전해%화공폐수
本文采用芬顿氧化和微电解-芬顿氧化组合工艺对化工废水处理效果的差异性进行研究。结果表明:微电解-芬顿氧化组合工艺处理效果明显好于直接芬顿氧化。当电解时间1.5h,mCOD:mH2O2=1:4时,去除效率最好,为56.5%。
本文採用芬頓氧化和微電解-芬頓氧化組閤工藝對化工廢水處理效果的差異性進行研究。結果錶明:微電解-芬頓氧化組閤工藝處理效果明顯好于直接芬頓氧化。噹電解時間1.5h,mCOD:mH2O2=1:4時,去除效率最好,為56.5%。
본문채용분돈양화화미전해-분돈양화조합공예대화공폐수처리효과적차이성진행연구。결과표명:미전해-분돈양화조합공예처리효과명현호우직접분돈양화。당전해시간1.5h,mCOD:mH2O2=1:4시,거제효솔최호,위56.5%。
In this paper, Fenton oxidation and micro-electrolysis - Fenton oxidation combined process for chemical wastewater treatment effect differences were studied. The results showed that: micro-electrolysis - Fenton oxidation combined process is obviously better than direct Fenton oxidation. When the electrolysis time 1.5h, mCOD: mH2O2=1:4, the removal efficiency of the best, was 56.5%.