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A Small-Scale Horizontal Subsurface Flow Constructed Wetland for On-Site Treatment of Household Wastewater in Sub-Tropical Region in India

机译:小型水平地下流动构建湿地,用于印度潜水区家庭废水的现场治疗

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摘要

This paper presents the outcome of the study that investigates the performance of horizontal subsurface flow constructed wetlands (HSSF CWs) for the removal ofpollutants in the treatment of household wastewater. Two identical beds were designed and installed, one bed "CW" was planted with locally available emergent macrophytes "Phragmites australis " and another bed "Control" was kept as unplanted. The substrate used in each bed was dual type (coarse gravel andfine gravel) as filter media. The beds were operated and monitoredfor six months at a constant flow rate of200 L/day. Results showed a satisfactory performance in the removal of biological oxygen demand (BOD5: 82%), chemical oxygen demand (COD: 78%), total suspended solids (TSS: 79%>), ammonium nitrogen (NH4+-N: 74%), total nitrogen (TN: 54%) and total phosphorus (TP: 53%). The planted bed obtained a significantly higher reduction in pollutants than unplanted. The study shows that constructed wetlands technology is an excellent treatment option for household wastewater at small-scale.
机译:本文介绍了研究的研究结果,调查水平地下流动构造的湿地(HSSF CWS)的性能,以便在处理家用废水中去除块状物。设计并安装了两张相同的床,用当地可用的急产巨乳,一张床“CW”种植着“芦苇澳大利亚”,另一张床“控制”一直保持着漂白。每张床中使用的基材是双型(粗砾石和芬砾石)作为过滤介质。在恒定的流速为200万/天,六个月进行操作并监测床。结果表明,去除生物需氧量(BOD5:82%),化学需氧量(COD:78%),总悬浮固体(TSS:79%),氮氮(NH4 + -N:74%)中的令人满意的性能,总氮气(TN:54%)和总磷(TP:53%)。植物床的污染物减少明显较高,而不是漂白。该研究表明,建造的湿地技术是小规模的家用废水的优异处理选择。

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