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Performance evaluation of constructed wetlands: A review of arid and semi arid climatic region

机译:人工湿地的性能评估:干旱和半干旱气候区回顾

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Aiming at environmental pollution control through the use of constructed wetlands systems (CWs) in arid and semi arid climatic region, a detailed review of CWs was undertaken. Given the practical application and simplicity of the technology, principles for building phytotechnology-ecohydrology environment used for wastewater remediation is appropriate. The ability of wetlands to filter, absorb and metabolize suspended and dissolved matter is the basic philosophy behind constructed wetlands. Ecohydrology is the sub-discipline shared by ecological and hydrological sciences that is concerned with the effects of hydrological processes on the distribution, structure and function of ecosystems, and on the effect of biological processes on the elements of the water cycle. It is actually the application of science and engineering to examine problems and provide solutions involving plants. This paper reviewed the efficiency of constructed wetland in arid and semi arid conditions. The use of sub surface flow (SSF) constructed wetland as a post treatment technique have been found as promising technology for wastewater treatment in arid and semi-arid areas.
机译:为了通过在干旱和半干旱气候区使用人工湿地系统(CW)来控制环境污染,对CW进行了详细的审查。考虑到该技术的实际应用和简便性,建立用于废水修复的植物技术-生态水文环境的原理是适当的。湿地对悬浮和溶解的物质进行过滤,吸收和代谢的能力是人工湿地的基本原理。生态水文学是生态学和水文科学共享的子学科,涉及水文过程对生态系统的分布,结构和功能的影响,以及生物过程对水循环要素的影响。实际上,科学和工程学的应用是检查问题并提供涉及工厂的解决方案。本文综述了干旱和半干旱条件下人工湿地的效率。已经发现使用亚表面流(SSF)人工湿地作为后处理技术是在干旱和半干旱地区处理废水的有前途的技术。

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