绿色科技
綠色科技
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LVSE DASHIJIU
2012年
4期
273-274,276
,共3页
棉黑液%活性焦%微电解
棉黑液%活性焦%微電解
면흑액%활성초%미전해
black cotton wastewater%activated coke%micro-electrolysis
以废旧铁刨花和煤基活性焦为基质,利用微电解法对棉浆黑液进行了预处理,对处理条件进行了优化研究,并对处理前后的介质进行了电镜观察。结果显示:铁屑和活性焦为基质的微电解法对棉黑液有很好的处理效果;扫描电镜观察表明:处理前后废旧铁刨花表面形态发生了明显变化。
以廢舊鐵鑤花和煤基活性焦為基質,利用微電解法對棉漿黑液進行瞭預處理,對處理條件進行瞭優化研究,併對處理前後的介質進行瞭電鏡觀察。結果顯示:鐵屑和活性焦為基質的微電解法對棉黑液有很好的處理效果;掃描電鏡觀察錶明:處理前後廢舊鐵鑤花錶麵形態髮生瞭明顯變化。
이폐구철포화화매기활성초위기질,이용미전해법대면장흑액진행료예처리,대처리조건진행료우화연구,병대처리전후적개질진행료전경관찰。결과현시:철설화활성초위기질적미전해법대면흑액유흔호적처리효과;소묘전경관찰표명:처리전후폐구철포화표면형태발생료명현변화。
Lignite activated coke and waste iron were used as medium of micro-electrolysis to remove organic compounds from black cotton wastewater.Environmental scanning electron microscope (ESEM) was investigated to characterize waste iron the before and after reaction.The results showed that the AC was an ideal medium of micro-electrolysis.The ESEM photographs reveal that the surface of waste iron varies evidently after reaction.