Sewage Monitoring System Using IoT

V. Gerlin, Y. Gnana Priya, K. Swetha, R. Kaladevi, Hariharan Shanmugasundaram, A. BhanuPrasad
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引用次数: 1

Abstract

Since most smart cities are built with subterranean drainage systems, keeping them clean and hygienic is exceedingly challenging. So, there is a huge possibility that this sewage may get clogged and cause pollution to the environment. So, it very much essential to have sewage monitoring system that could easily detect the blockage in the man hole. Sewage pipelines are very narrow and deeper pipelines which are the major source of poisonous and hazardous gases. The accumulation of waste in the sewage for extended periods as well as chemical processes taking place on them results in the development of several dangerous gases with exceptionally high concentrations, including hydrogen sulfide, ammonia, carbon dioxide, and methane. Therefore, breathing in these gases for an extended period can result in chronic ailments and even death. In this system, to monitor sewage, IoT technology is used (which uses gas, ultrasonic, temperature, and heartbeat sensors), to detect the presence of blocks in the sewage and also used to measure the concentration of toxic gases present in the sewage.
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使用物联网的污水监测系统
由于大多数智能城市都建有地下排水系统,因此保持城市的清洁和卫生非常具有挑战性。所以,这些污水很有可能被堵塞,对环境造成污染。因此,有一个能够方便地检测到人孔堵塞的污水监测系统是非常必要的。污水管道是非常狭窄和较深的管道,是有毒有害气体的主要来源。污水中废物的长时间积累以及对其进行的化学处理导致几种浓度异常高的危险气体的产生,包括硫化氢、氨、二氧化碳和甲烷。因此,长时间吸入这些气体会导致慢性疾病甚至死亡。在这个系统中,为了监测污水,使用了物联网技术(使用气体、超声波、温度和心跳传感器)来检测污水中是否存在阻塞,并用于测量污水中存在的有毒气体的浓度。
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