印制电路信息
印製電路信息
인제전로신식
PRINTED CIRCUIT INFORMATION
2014年
7期
54-58
,共5页
印制电路板%有机废水%化学需氧量%膜生物反应器
印製電路闆%有機廢水%化學需氧量%膜生物反應器
인제전로판%유궤폐수%화학수양량%막생물반응기
Printed Circuit Board%Organic Wastewater%Iron-Carbon Micro Electrolysis%Membrane Bioreactor
介绍了“铁碳微电解+厌氧/缺氧/好氧生化处理法+膜生物反应器”工艺在印制电路板COD废水处理中的应用,其中包括各部分作用原理、主要运行参数以及主要处理效果。工艺运行结果表明,当设备运行正常的情况下,废水COD降解率可达95%,出水COD可达50mg/L,达到排放标准。
介紹瞭“鐵碳微電解+厭氧/缺氧/好氧生化處理法+膜生物反應器”工藝在印製電路闆COD廢水處理中的應用,其中包括各部分作用原理、主要運行參數以及主要處理效果。工藝運行結果錶明,噹設備運行正常的情況下,廢水COD降解率可達95%,齣水COD可達50mg/L,達到排放標準。
개소료“철탄미전해+염양/결양/호양생화처리법+막생물반응기”공예재인제전로판COD폐수처리중적응용,기중포괄각부분작용원리、주요운행삼수이급주요처리효과。공예운행결과표명,당설비운행정상적정황하,폐수COD강해솔가체95%,출수COD가체50mg/L,체도배방표준。
This paper makes introduction of “Iron-Carbon micro electrolysis + A2/O biological treatment + membrane bioreactor” process applied in COD treatment of PCB wastewater. The introduction includes the working principles, the main operational parameters as well as the treatment result respectively. The result illustrates that while the treatment plant operates correctly, the degradation rate of COD reaches 95% while the concentration of COD of the treated water is around 50mg/L, which meet the requirement of national standard.