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首页> 外文期刊>I-Managers' Journal on Wireless Communication Networks >DEVELOPMENT OF IoT BASED REMOTE MONITORING SYSTEM FOR AIR AND WATER POLLUTANTS IN INDUSTRIAL ENVIRONMENT
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DEVELOPMENT OF IoT BASED REMOTE MONITORING SYSTEM FOR AIR AND WATER POLLUTANTS IN INDUSTRIAL ENVIRONMENT

机译:基于IOT基于IOT的远程监控系统在工业环境中的空气和水污染物

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摘要

To keep the authoritative officials aware about issue of pollution and pollutant in industrial areas, a system has been developed to keep track of these pollutant information, which are harmful to living species. The system uses sensors to detect the pollutants which are input to the system using loT platform when these pollutants in air and water cross the limit. The change in pollutant level can be remotely monitored by officials to take necessary actions. This paper presents the design of a system that can efficiently measure the level of SO_2, NO_2, CO in air and temperature, transparency, and pH in water around industrial area and send alert message about atmospheric condition to the respective authority in real time. This remote monitoring system is developed using Arduino ATMega328R NodeMCU, and sensors to monitor the environment of industries. The methodology used has been found more efficient when compared to the existing technologies. The remote monitoring system uses BLYNKApp and GSM module to monitor the environmental conditions without human intervention. The system was successfully able to monitor the some compound elements of Air and Water Qualify indoor and outdoor environments of industries. The system finds to be accurate and efficient compared to existing monitoring system without human intervention and also gives an idea to implement the system in other scenario.
机译:为了使权威官员意识到工业领域的污染和污染物问题,已经制定了一个系统,以跟踪这些对生活物种有害的污染物信息。当这些污染物在空气和水中过度限制时,系统使用传感器检测使用批次平台输入到系统的污染物。官员可以通过官员远程监控污染物水平的变化,以采取必要的行动。本文介绍了一种系统的设计,可以有效地测量工业区周围水中的空气和温度,透明度和pH中的SO_2,NO_2,CO水平,并实时向各个权威发送关于大气状况的警报信息。该远程监控系统是使用Arduino Atmega328R Nodemcu和传感器开发的,以监控行业环境。与现有技术相比,所使用的方法已经更有效。远程监控系统使用Blynkapp和GSM模块来监控环境条件,没有人为干预。该系统成功地监测了空气和水的一些复合元素,符合行业的室内和室外环境。与没有人为干预的现有监控系统相比,该系统可以准确和高效,并且还可以在其他情况下实现系统的想法。

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