Performance Analysis of Vertical Up-flow Constructed Wetlands for Secondary Treated Effluent

Gargi Sharma, Priya, Urmila Brighu
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引用次数: 30

Abstract

The use of constructed wetlands for wastewater treatment has been exercised since 1950's and still are being in use. The vertical flow constructed wetlands provide more oxygenated environment and significantly reduce the organic matter as well as microbial species from wastewater. In the present study vertical up-flow constructed wetlands were constructed and used as bio-filter to improve the water quality of secondary treated effluent. The reduction pattern is studied in this research and correlated with plant species and presence of plant. The plant species used in the constructed wetlands were canna and phragmitis. The fibrous rooting system of canna species causes the high aerobic conditions throughout the treatment bed which in turn facilitates higher removal in comparison to phragmitis planted wetland. Removal of nitrogenous compounds like ammonia-nitrogen, TKN and nitrate were observed better in canna planted wetlands than others.

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垂直上流式人工湿地对二级处理出水的性能分析
自1950年代以来,人工湿地已被用于污水处理,目前仍在使用中。垂直流人工湿地提供了更多的含氧环境,显著减少了废水中的有机物和微生物种类。本研究采用垂直上流式人工湿地作为生物滤池,改善二级处理出水水质。本研究对还原模式进行了研究,并将其与植物种类和存在度进行了关联。人工湿地利用的植物种类为美人蕉和芦苇。美人蕉的纤维根系统导致整个处理床的高有氧条件,这反过来又促进了与芦苇种植湿地相比更高的去除率。美人蕉湿地对氨氮、TKN、硝酸盐等氮化合物的去除效果较好。
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Contents Preface Contents Contents Lactic Acid Production from Repeated-Batch and Simultaneous Saccharification and Fermentation of Cassava Starch Wastewater by Amylolytic Lactobacillus Plantarum MSUL 702
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