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潜流人工湿地修复河道水质研究
引用本文:王万宾,段亮,田自强. 潜流人工湿地修复河道水质研究[J]. 安徽农业科学, 2009, 37(10): 4629-4631
作者姓名:王万宾  段亮  田自强
作者单位:1. 平顶山市综合利用环境保护研究所,河南平顶山,467000
2. 同济大学污染控制与资源化研究国家重点实验室,上海,200092
3. 中国环境科学研究院河流与海岸带环境研究室,北京,100012
基金项目:国家水专项基金,国家重大科技专项项目 
摘    要:[目的]研究不同填料潜流湿地对污染物的处理效果,为小城镇河网水体修复提供依据。[方法]研究了砾石、卵石、页岩3种不同填料潜流湿地对受污染河道水质修复的运行情况及处理效果。[结果]砾石、卵石、页岩填料湿地对受污染水体中TN、TP、CODMn均有较好的去除效果,其中砾石床潜流湿地运行效果最好,平均可分别处理49.4%的TN、34.7%的TP及48.5%的CODMn。[结论]潜流人工湿地可以有效改善受污染河道水质,且投资少、操作简单,适于在小城镇推广。

关 键 词:潜流湿地  污染河水  砾石  卵石  页岩

The Performance of Subsurface Cconstructed Wetland in River Rehabilitation
Affiliation:WANG Wan-bin et al(Pingdinshan Comprehensive Utilization and Environmental Protection Institute;Pingdingshan;Henan 467000)
Abstract:Constructed wetland can be operated for river rehabilitation with high efficiency,low investment and low energy consuming.It is important to the small town waste water treatment.This paper mainly introduces the different run condition and removal performance of 3 media subsurface wetland which treats polluted rival water.the 3 media include gravel、cobblestone and shale.The experimental results showed that all media subsurface wetland can effectively lower the nitrogen,phosphorus and chemical oxygen demand in polluted rival.The gravel media subsurface wetland showed the best removal performance,which can lower the 49.4% of total nitrogen,34.7% of total phosphorus and 48.5% of chemical oxygen demand respectively.
Keywords:Subsurface constructed wetland  Polluted river water  Gravel  Cobblestone  Shale
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