恒河水质监测系统基于物联网

Manish Kumar, A. Sapkal, Vighnesh Tiwari
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引用次数: 4

摘要

水是一种以多种形式赋予我们的重要资源。其中一条就是圣河恒河。恒河在印度神话中扮演着重要角色。但由于恒河流域内及流域周边各种工业的兴起,其水质日益恶化。市政当局无法实时掌握水的污染状况,无法在影响水生生物和人类生活之前对工业和处理进行必要的突击检查。本文提出了一种可用于恒河水质监测的无线水质监测方法。我们提出的方法是一个由互联云存储、树莓派、温度传感器和显示实时状态的网站组成的系统。温度的突然增加和减少在影响水资源方面起着重要作用,当废物从一个由大量有害化学物质组成的行业中执行时,当水分子接触到这些化学物质时,它们会显示温度突然上升,pH值急剧变化,我们可以通过树莓派连接的传感器感知这些变化,并将它们推到云端。本文还提出了一种在污染物浓度增加时向市政当局报警的方法。这样一来,不仅是政府当局,连普通人都将成为他们周围的污染物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ganga Water Quality Monitoring System IoT Based
Water an important resource gifted to us in many forms. One such is holy river Ganges. Ganges water plays a major role in Indian mythology. But due to setting up of different industries in and around Ganges basin, its water quality is deteriorating day by day. And civic authorities are not able to have the real time pollutant status of water and cannot carry out a necessary raid on industries and treatment before it affects aquatic as well as human life. This paper consists of a wireless river water quality monitoring method which can be useful for monitoring Ganges water. Our proposed method is a system of interconnected cloud storage, raspberry pi, temperature sensor and a website to show real time status. Sudden increase and decrease in temperature plays a major role in affecting water resource which happens when waste is executed from an industry which consist a lot of harmful chemicals, when the water molecules come in contact of these chemicals they show a sudden rise in temperature and drastic change in pH level we can sense these changes through the sensors connected through Raspberry Pi and push them on the cloud. This paper also consists of an approach to alarm civic authorities if the concentration of pollutants increases. By this approach not only civic authority, but common man will have a pollutant status around them.
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