广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
23期
124-125,149
,共3页
粉煤灰%改性%六价铬%吸附作用
粉煤灰%改性%六價鉻%吸附作用
분매회%개성%륙개락%흡부작용
fly ash%modify%sixvalent chromium%adsorption
采用几种方法对粉煤灰进行湿法改性，并探讨了改性粉煤灰对实验室模拟含铬废水的去除效果。实验结果表明，A1Cl3和FeCl3改性粉煤灰处理5mg／L含铬废水10mL，调节pH值4，投加3g改性粉煤灰，反应90min后，六价铬的去除率可达99％。因此，粉煤灰可以作为一种有效的吸附剂来处理含铬废水。
採用幾種方法對粉煤灰進行濕法改性，併探討瞭改性粉煤灰對實驗室模擬含鉻廢水的去除效果。實驗結果錶明，A1Cl3和FeCl3改性粉煤灰處理5mg／L含鉻廢水10mL，調節pH值4，投加3g改性粉煤灰，反應90min後，六價鉻的去除率可達99％。因此，粉煤灰可以作為一種有效的吸附劑來處理含鉻廢水。
채용궤충방법대분매회진행습법개성，병탐토료개성분매회대실험실모의함락폐수적거제효과。실험결과표명，A1Cl3화FeCl3개성분매회처리5mg／L함락폐수10mL，조절pH치4，투가3g개성분매회，반응90min후，륙개락적거제솔가체99％。인차，분매회가이작위일충유효적흡부제래처리함락폐수。
The fly ash, modified by several methods was used to conduct adsorption treatment experiment, simulating chromium-containing wastewater. The result showed that the removal rate of sixvalent chromium can reach 99% in the treatment of 10 mL wastewater with sixvalent chromium of 5 mg/L concentration under conditions, pH 4, and 3 g of fly ash modified by A1Cl3 and FeCl3 and 90 min of reaction time. So it can be used as a kind of effective adsorbent in chro-mate wastewater treatment.
