基质选择对人工湿地污水处理效率的意义

Snezana Didanovic, Danijel Vrhovsek
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摘要

人工湿地可达到高质素的污水处理,水质亦符合有关污水排放的法例所订明的标准。人工湿地应用的一个限制是面积要求大,这限制了人工湿地的应用。本研究的主题是检查在黑山发现的条件下,通过使用适当的基质来提高废水处理效率和减少人工湿地(CWs)所需面积的可能性。在本实验中,人工湿地(CW)具有垂直流系统,起到二次污水处理的作用,在一级处理后接收波德戈里察现有污水处理厂的水。这些垂直流动系统反映了斯洛文尼亚、奥地利和意大利使用类似系统的经验。迄今为止的测量表明,基材起着重要作用,在黑山现有条件下使用的废水处理效果因基材类型的不同而有很大差异。
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Significance of Substrate Selection in the Efficiency of Wastewater Treatment in Constructed Wetlands (CWs)
Constructed wetlands (CWs) can achieve a high-quality wastewater treatment and a quality that meets the prescribed standard, defined by legislation on wastewater discharge. A limitation in the application of constructed wetlands (CWs) is the large area requirement, which limits their application. The subject matter of this research is to check the possibility of improving the efficiency of wastewater treatment and reducing the required area for constructed wetlands (CWs) by using an adequate substrate under the conditions found in Montenegro. In the described experiment, the constructed wetlands (CW) have a vertical flow system and play the role of a secondary wastewater treatment, receiving water from the existing WWTP in Podgorica after the primary treatment. These vertical flow systems reflect experience with the use of similar systems in Slovenija, Austria and Italy. Measurements to date show that the substrate plays an important role and that wastewater treatment efficacy varies significantly with respect to the type of substrate when used under the conditions available in Montenegro.
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