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The research on removal efficiency of pollutants in Xinxue River Constructed Wetland

机译:新雪河人工湿地污染物去除效率研究

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Based on the monitoring data of June 2009 from Xinxue River Constructed Wetland, Shandong, China, the research was done to reveal the variations of COD, NH3-N, TN and TP in multistage series constructed wetland system. The results showed that the constructed wetland had a fairly good purification efficiency to the polluted water of Xinxue River, and the concentration of various pollutants gradually decreased along the technological process; the removal rate of COD, NH3-N, TN, TP was respectively 55.1%, 47.2%, 83.7% and 56.3%; in the retention pond and various stage of wetland, the removal rate of various pollutants was respectively 4.2∼ 13.8% for COD, 2.5∼13.0% for NH3-N, 0.1∼ 29.5% for TN and −25.0∼ 25.0% for TP; because of the matrix releasing phosphorus to water, the effluent TP concentration of the fifth stage wetland is higher than the fourth stage.
机译:基于山东新雪河人工湿地2009年6月的监测数据,研究揭示了多级串联人工湿地系统中COD,NH 3 -N,TN和TP的变化。 。结果表明:人工湿地对新雪河水具有较好的净化效果,随着工艺的发展,各种污染物的浓度逐渐降低。 COD,NH 3 -N,TN,TP的去除率分别为55.1%,47.2%,83.7%和56.3%。在保留池和湿地各阶段中,各种污染物的去除率分别为:COD为4.2〜13.8%,NH 3 N为2.5〜13.0%,TN和为0.1〜29.5%。 TP为25.0〜25.0%;由于基质向水中释放磷,因此第五阶段湿地的污水总磷浓度高于第四阶段。

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