江西农业大学学报
江西農業大學學報
강서농업대학학보
ACTA AGRICULTURAE UNIVERSITATIS JIANGXIENSIS
2014年
4期
881-886
,共6页
刘颖%刘磊%袁平成%郭恢财%胡小飞%高勇生
劉穎%劉磊%袁平成%郭恢財%鬍小飛%高勇生
류영%류뢰%원평성%곽회재%호소비%고용생
湿地植物%生活污水%净化效果
濕地植物%生活汙水%淨化效果
습지식물%생활오수%정화효과
wetland plants%water treatment%decontaminating effect
利用模拟自然湿地的静态水培试验法,研究了梭鱼草、鸢尾、芦苇、菖蒲、香根草、水葱、茭白、旱伞草、再力花、大皇冠等10种人工湿地植物对生活污水的净化效果。结果表明:(1)10种植物对污染物的年平均去除率在40%~70%,对4种污染物的去除能力由大到小表现为TP、NH4+-N、TN、COD。 TP去除率最高的为再力花,达78%,NH4+-N去除率最高的为梭鱼草,达74%,TN去除率最高的为鸢尾,达70%,COD去除率最高的为梭鱼草,达65%。(2)对TP的去除率由大到小依次表现为秋季、夏季、春季、冬季,对NH4+-N、TN和COD的去除率由大到小依次表现为夏季、春季、秋季、冬季。
利用模擬自然濕地的靜態水培試驗法,研究瞭梭魚草、鳶尾、蘆葦、菖蒲、香根草、水蔥、茭白、旱傘草、再力花、大皇冠等10種人工濕地植物對生活汙水的淨化效果。結果錶明:(1)10種植物對汙染物的年平均去除率在40%~70%,對4種汙染物的去除能力由大到小錶現為TP、NH4+-N、TN、COD。 TP去除率最高的為再力花,達78%,NH4+-N去除率最高的為梭魚草,達74%,TN去除率最高的為鳶尾,達70%,COD去除率最高的為梭魚草,達65%。(2)對TP的去除率由大到小依次錶現為鞦季、夏季、春季、鼕季,對NH4+-N、TN和COD的去除率由大到小依次錶現為夏季、春季、鞦季、鼕季。
이용모의자연습지적정태수배시험법,연구료사어초、연미、호위、창포、향근초、수총、교백、한산초、재력화、대황관등10충인공습지식물대생활오수적정화효과。결과표명:(1)10충식물대오염물적년평균거제솔재40%~70%,대4충오염물적거제능력유대도소표현위TP、NH4+-N、TN、COD。 TP거제솔최고적위재력화,체78%,NH4+-N거제솔최고적위사어초,체74%,TN거제솔최고적위연미,체70%,COD거제솔최고적위사어초,체65%。(2)대TP적거제솔유대도소의차표현위추계、하계、춘계、동계,대NH4+-N、TN화COD적거제솔유대도소의차표현위하계、춘계、추계、동계。
The decontaminating effects of ten wetland plant species including Pontederia cordata,Iris ger-manica,Phragmitas communis, Acorus calamus Linn, Vetiveria zizanoides, Scirpus validus, Zizania latifolia, Cyperus alternifolius,Thalia dealbata,Echinodorus amazonicus were studied by using simulated solution culture experiment .The results showed:( 1 ) the annual average rates of pollutant removal of the ten plants were be-tween 40%and 70%,and the removal ability for 4 pollutants showed the order of TP ﹥NH4+-N﹥TN﹥COD.The highest TP removal rate was that of Thalia dealbata being 78%,the highest NH4+-N removal rate was that of Pontederia cordata being 74%,the highest TN removal rate was that of Iris germanica being 70%, the highest COD removal rate was that of Pontederia cordata being 65%;( 2) the average seasonal TP removal rates of the ten species showed the order of autum ﹥ summer ﹥ spring﹥ winter,however the NH4+-N,TN and COD removal rates showed the order of summer ﹥spring﹥autum﹥winter .