农业环境科学学报
農業環境科學學報
농업배경과학학보
Journal of Agro-Environment Science
2009年
10期
2161-2166
,共6页
张超兰%陈秀娟%韦必帽%李志刚%刘帅%李勤峰
張超蘭%陳秀娟%韋必帽%李誌剛%劉帥%李勤峰
장초란%진수연%위필모%리지강%류수%리근봉
复合垂直流人工湿地%生活污水%净化效果
複閤垂直流人工濕地%生活汙水%淨化效果
복합수직류인공습지%생활오수%정화효과
integrated vertical flow constructed wetlands%sewage%purification efficiency
通过构建传统型复合垂直流人工湿地系统(Integrated Vertical Flow Constructed Wetlands System:IVFCWS)和改进型复合垂直流人工湿地系统(Improved Integrated Vertical Flow Constructed Wetlands System:IIVFCWS),并在其中分别种植彩叶草-太阳草(Coleus blumei-Toninafluviatilis:CT)和美人蕉-大水剑(Canna indica-Acorus calamus:CA),以无植物人工湿地系统为对照,比较研究不同植物组合下两种构型的人工湿地系统对生活污水的净化效果.结果表明,IIVFCWS对COD_(Cr)、NH~+_4-N、TN的净化效果显著优于IVFCWS,而对TP的去除效果则是IVFCWS较IIVFCWS强.有植物的人工湿地系统去除污染物的效果较无植物的对照系统好,其中彩叶草-太阳草组合湿地系统的去除效果较美人蕉-大水剑组合的强,分别为:COD_(Cr)的平均去除率在80.8%-52.8%之间;NH~+_4-N的去除率在93.6%~52.3%之间;TN的去除率在96.4%~67.6%之间,TP的平均去除率均达93.6%以上.
通過構建傳統型複閤垂直流人工濕地繫統(Integrated Vertical Flow Constructed Wetlands System:IVFCWS)和改進型複閤垂直流人工濕地繫統(Improved Integrated Vertical Flow Constructed Wetlands System:IIVFCWS),併在其中分彆種植綵葉草-太暘草(Coleus blumei-Toninafluviatilis:CT)和美人蕉-大水劍(Canna indica-Acorus calamus:CA),以無植物人工濕地繫統為對照,比較研究不同植物組閤下兩種構型的人工濕地繫統對生活汙水的淨化效果.結果錶明,IIVFCWS對COD_(Cr)、NH~+_4-N、TN的淨化效果顯著優于IVFCWS,而對TP的去除效果則是IVFCWS較IIVFCWS彊.有植物的人工濕地繫統去除汙染物的效果較無植物的對照繫統好,其中綵葉草-太暘草組閤濕地繫統的去除效果較美人蕉-大水劍組閤的彊,分彆為:COD_(Cr)的平均去除率在80.8%-52.8%之間;NH~+_4-N的去除率在93.6%~52.3%之間;TN的去除率在96.4%~67.6%之間,TP的平均去除率均達93.6%以上.
통과구건전통형복합수직류인공습지계통(Integrated Vertical Flow Constructed Wetlands System:IVFCWS)화개진형복합수직류인공습지계통(Improved Integrated Vertical Flow Constructed Wetlands System:IIVFCWS),병재기중분별충식채협초-태양초(Coleus blumei-Toninafluviatilis:CT)화미인초-대수검(Canna indica-Acorus calamus:CA),이무식물인공습지계통위대조,비교연구불동식물조합하량충구형적인공습지계통대생활오수적정화효과.결과표명,IIVFCWS대COD_(Cr)、NH~+_4-N、TN적정화효과현저우우IVFCWS,이대TP적거제효과칙시IVFCWS교IIVFCWS강.유식물적인공습지계통거제오염물적효과교무식물적대조계통호,기중채협초-태양초조합습지계통적거제효과교미인초-대수검조합적강,분별위:COD_(Cr)적평균거제솔재80.8%-52.8%지간;NH~+_4-N적거제솔재93.6%~52.3%지간;TN적거제솔재96.4%~67.6%지간,TP적평균거제솔균체93.6%이상.
Integrated Vertical Flow Constructed Wetlands System (IVFCWS)and Improved Integrated Vertical Flow Constructed Wetlands System(IIVFCWS) combined with Coleus blumei-Tonina fluviatilis(CT) and Canna indica-Acorus calamus(CA) were constructed, with non-plants IVFCWS and IIVFCWS as control. Their purification efficiencies on sewage were studied. The results indicated that: the removal effi-ciencies of chemical oxygen demand(COD_(Cr)), ammonia nitrogen(NH~+_4-N) and total nitrogen(TN) of IIVCWS were higher, but total phospho-rus(TP) was lower than that of IVCWS. Purification efficiency of the constructed wetlands system (CWS) with plants was higher than that of CWS with non-plants. And purification capacities of COD_(Cr), NH~+_4-N, TN and TP of CWS with CT were higher than that of CWS with CA. The average removal ratios of COD_(Cr),NH~+_4-N, TN and TP of different CWS were from 80.8% to 52.8%, 93.6% to 52.3%, 96.4% to 67.6% and above 93.6%, respectively.