黑龙江环境通报
黑龍江環境通報
흑룡강배경통보
HEILONGJIANG ENVIRONMENTAL JOURNAL
2009年
2期
22-23
,共2页
SiO2-TiO2系玻璃%光催化%含铬废水
SiO2-TiO2繫玻璃%光催化%含鉻廢水
SiO2-TiO2계파리%광최화%함락폐수
SiO2-TiO2 glass%Photoeatalytie%Chromium - containing wastewater
介绍了SiO2-TiO2系玻璃光催化处理合铬废水的实验方法.在Cr6+浓度为80mg/L、体积为100ml的废水中,投加0.7g组成SiO2与TiO2的分子比为8:2的SiO2-TiO2系玻璃,光照反应体系3 h,Cr6+去除率达99.9%.
介紹瞭SiO2-TiO2繫玻璃光催化處理閤鉻廢水的實驗方法.在Cr6+濃度為80mg/L、體積為100ml的廢水中,投加0.7g組成SiO2與TiO2的分子比為8:2的SiO2-TiO2繫玻璃,光照反應體繫3 h,Cr6+去除率達99.9%.
개소료SiO2-TiO2계파리광최화처리합락폐수적실험방법.재Cr6+농도위80mg/L、체적위100ml적폐수중,투가0.7g조성SiO2여TiO2적분자비위8:2적SiO2-TiO2계파리,광조반응체계3 h,Cr6+거제솔체99.9%.
The paper introduces experiment method of treating chromium - containing wastewater with SiO2-TiO2 glass. We added 0. 7g SiO2-TiO2 glass in 100 ml wastewater in which concentration of Cr6+ is 80 mg/Land lighted reaction system for 3 hours. Removing rate of Cr6+ is 99. 9%
