摘要
印度正面临着历史上最严重的水资源短缺，根据一份报告(印度国家转型机构是印度政府的首要政策“智库”，提供方向和政策Niti ayog)。人们正遭受严重的水资源短缺，由于水污染，每年约有200万印度人失去生命。如今，快速的城市化和工业化导致了大量的水的摄入和大量的废水的产生。由于未经处理的废水流入水体，河流正以80%的惊人速度受到污染，而且近年来这一比例翻了一番。为了降低水资源的污染水平，废水处理将发挥主要作用。本研究的目的是寻找一种实用的废水处理方法，并与常规方法进行成本比较。由于费用高昂，传统的方法不适用于农村地区。芦苇床系统是污水处理的替代技术之一。本研究拟在赤普伦市实施芦苇床处理方法，以研究其效果。在实施芦苇床系统时，必须考虑社会、环境和经济因素。 The effluent characteristics like ph., color, odor, conductivity, DO, COD, BOD, oxygen are found out with the help of the site work. From an environmental standpoint the reed bed system is quite ideal. The choice of materials used for construction is quite flexible, and there is the advantage that the materials can be fashioned out of the local sources. Thus, it affects the surrounding minimally. This system is having soil for the detention period of five days, ten days, fifteen days, twenty days. Reed beds are an aquatic plant-based system in which aquatic plants like tore allows bacteria in the root to feed on the organic matter contained in waste water. This research is therefore an investigation of performances of waste water treatment by reed bed method.
引用
愤怒的期刊:
Samiksha K. Sawant, Prajwal P. Nalawade, Bapu A. Rege, Namita G. Gawhane, G. Arya，芦苇床系统处理废水，《工程学报》2021年第4卷第11期，第197-200页
IEEE:
Samiksha K. Sawant, Prajwal P. Nalawade, Bapu A. Rege, Namita G. Gawhane, G. Arya，芦苇床系统处理废水标志性研究和工程期刊4 (11)
