工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2015年
7期
72-75
,共4页
电氧化法%水性油墨废水%化学耗氧量%色度
電氧化法%水性油墨廢水%化學耗氧量%色度
전양화법%수성유묵폐수%화학모양량%색도
electro-oxidation%water-based printing ink wastewater%chemical oxygen demand%chroma
氧化锡（SnO2）电极在电解处理水性油墨废水领域具有广泛的应用前景。首先通过酸析降低水性油墨废水的固体悬浮物（SS）、化学耗氧量（COD）和色度，并在使用自制氧化锡电极和添加电解助剂条件下，进行了电流密度、极距以及pH等条件的优化。实验还对比了自制氧化锡电极与常用电极对水性油墨废水电解处理的效果。
氧化錫（SnO2）電極在電解處理水性油墨廢水領域具有廣汎的應用前景。首先通過痠析降低水性油墨廢水的固體懸浮物（SS）、化學耗氧量（COD）和色度，併在使用自製氧化錫電極和添加電解助劑條件下，進行瞭電流密度、極距以及pH等條件的優化。實驗還對比瞭自製氧化錫電極與常用電極對水性油墨廢水電解處理的效果。
양화석（SnO2）전겁재전해처리수성유묵폐수영역구유엄범적응용전경。수선통과산석강저수성유묵폐수적고체현부물（SS）、화학모양량（COD）화색도，병재사용자제양화석전겁화첨가전해조제조건하，진행료전류밀도、겁거이급pH등조건적우화。실험환대비료자제양화석전겁여상용전겁대수성유묵폐수전해처리적효과。
Tin oxide (SnO2) electrode has a wide application prospect in the electro-oxidation treatment field of water-based printing ink wastewater. Firstly the suspended solid (SS),chemical oxygen demand (COD) and chroma of water-based printing ink wastewater are reduced by acid precipitation. Secondly,its current density,pH and polar distance are optimized under the condition of using home-made tin oxide electrodes and electrolysis additive. Then , the electrolysis treatment results between home-made tin oxide electrode and commonly used electrode on the water-based printing ink wastewater are compared.
