水资源与水工程学报
水資源與水工程學報
수자원여수공정학보
JOURNAL OF WATER RESOURCES AND WATER ENGINEERING
2009年
5期
150-153
,共4页
樊水祥%秦城虎%李坚%娄志刚%孙志明
樊水祥%秦城虎%李堅%婁誌剛%孫誌明
번수상%진성호%리견%루지강%손지명
水质净化%活性炭%膨润土%吸附%光催化
水質淨化%活性炭%膨潤土%吸附%光催化
수질정화%활성탄%팽윤토%흡부%광최화
water quality purification%active carbon%bentonite%absorption%photocatalyst
提出了三种河水净化方法:①改性膨润土吸附法;②活性炭和红土混合吸附法;③ TiO_2光催化氧化法.并分别测定了净化前后绍兴环城河水质的浊度、T-SS、COD_(Mn)、NH_3-N、T-P 等指标,结果表明:改性膨润土吸附净化效果较理想,对上述5项指标的去除率分别达到92.81%、96.43%、83.61%、94.01%、97.66%.
提齣瞭三種河水淨化方法:①改性膨潤土吸附法;②活性炭和紅土混閤吸附法;③ TiO_2光催化氧化法.併分彆測定瞭淨化前後紹興環城河水質的濁度、T-SS、COD_(Mn)、NH_3-N、T-P 等指標,結果錶明:改性膨潤土吸附淨化效果較理想,對上述5項指標的去除率分彆達到92.81%、96.43%、83.61%、94.01%、97.66%.
제출료삼충하수정화방법:①개성팽윤토흡부법;②활성탄화홍토혼합흡부법;③ TiO_2광최화양화법.병분별측정료정화전후소흥배성하수질적탁도、T-SS、COD_(Mn)、NH_3-N、T-P 등지표,결과표명:개성팽윤토흡부정화효과교이상,대상술5항지표적거제솔분별체도92.81%、96.43%、83.61%、94.01%、97.66%.
This article put forward the three methods for river water purification: ①modified Bentonite absorption; ②the mixture of active carbon and red soil absorption; ③TiO_2 photocatalyst oxidation, and measured the water quality as turbidity T-SS,COD_(Mn),NH_3-N,T-P and so on before and after water purification. The results shown that the modified Bentonite absorption was better, the indexes of above five removal rates can reached 92.81%,94.01%,97.66% respectirely.
