广东化工
廣東化工
엄동화공
GUANGDONG CHEMICAL INDUSTRY
2012年
13期
100-101
,共2页
沸石%改性%景观水
沸石%改性%景觀水
비석%개성%경관수
zeolite%modified%landscape water
通过HDTMA（十六烷基三甲基溴化铵）、Al2（SO4）3及NaCl-MgSO4分别改性沸石,考察pH对其及原土助凝PAC（聚合氯化铝）净化景观水效果的影响。结果表明：综合水质净化效果分析,当pH为8时,硫酸铝改性沸石对景观水质净化效果最佳,对TP去除效果为92%,对浊度的净化效果为92%。
通過HDTMA（十六烷基三甲基溴化銨）、Al2（SO4）3及NaCl-MgSO4分彆改性沸石,攷察pH對其及原土助凝PAC（聚閤氯化鋁）淨化景觀水效果的影響。結果錶明：綜閤水質淨化效果分析,噹pH為8時,硫痠鋁改性沸石對景觀水質淨化效果最佳,對TP去除效果為92%,對濁度的淨化效果為92%。
통과HDTMA（십륙완기삼갑기추화안）、Al2（SO4）3급NaCl-MgSO4분별개성비석,고찰pH대기급원토조응PAC（취합록화려）정화경관수효과적영향。결과표명：종합수질정화효과분석,당pH위8시,류산려개성비석대경관수질정화효과최가,대TP거제효과위92%,대탁도적정화효과위92%。
The influence of landscape water efficiencies of original zeolite and modified zeolite by HDTMA,Al2(SO4)3and NaCl-MgSO4 for pH were investigated by adding them into landscape river water treated by PAC.The results showed that Integrated water purification effect,when pH was 8,the modified zeolite of sulfate aluminum on the landscape water purifying effect is best.TP removal efficiency was 92 %.The purifying effect on the turbidity was 92 %.
