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首页> 外文期刊>International journal of ecohydrology and hydrobiology >Abiotic–biotic method of water treatment in a shore of lake – A new strategy for protection of urban lakes
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Abiotic–biotic method of water treatment in a shore of lake – A new strategy for protection of urban lakes

机译:湖岸中水处理的非生物 - 生物处理方法 - 一种保护城市湖泊的新战略

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摘要

The article presents a novel, practical, sustainable and multi-purpose conceptual method for urban lakes water treatment. It is based on the separation of the inflowing water from the lake's main body with an impermeable barrier and a construction of enhanced littoral zone. The impermeable barrier alongside the shoreline creates a new littoral zone between the land and the lake water. Inflowing water as well as nutrient-rich seepage water from a direct catchment will be pretreated in a specially constructed biotic and abiotic zones. The naturally formed community of macrophytes in the littoral zone ensures biological pretreatment. The remaining phosphorus load will be eliminated in the abiotic part of the system composed of natural, cost-efficient and easily accessible sorption material. Based on nutrients budget calculated for a few urban lakes, we estimate that the diversion of the main nutrient-rich river inflow and the cutoff of the littoral zone will reduce a load of nitrogen and phosphorus by more than 80% and 90% respectively.
机译:本文提出了一种新颖,实用,可持续和多功能的城市湖泊水处理概念方法。它基于流入水与湖的主体的分离,具有不透水的障碍和增强型沿沿着沿沿沿着沿海地区的结构。海岸线旁边的不透水屏障在陆地和湖水之间创造了一个新的沿海区。在专门建造的生物和非生物区,从直接集水区预处理流量水以及富含营养丰富的渗水水。沿着壁龛区的天然形成的宏观物质群落确保了生物预处理。剩余的磷载荷将消除由天然,成本效率且易于接近的吸附材料组成的系统的非生物部分。根据为少数城市湖泊计算的营养预算,我们估计主要营养丰富的河流流入和沿海区的截止的转移将减少氮和磷的负荷分别超过80%和90%。

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