基于物联网的巴基斯坦安全饮用水水质监测系统

Abdul Rauf Memon, Saadia Kulsoom Memon, A. Memon, Tayab Din Memon
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引用次数: 5

摘要

物联网(IoT)是信息技术领域的一个相对较新的范式。它旨在通过提供简单的方法和机制来有效地处理日常任务,使生活更轻松、更舒适。近年来,污染特别是水污染已成为世界各国面临的主要问题之一。工厂和机动车数量的增加导致鼠疫水和化学物质排放到河流、海洋和池塘中。因此,我们必须持续监察水质,以便立即采取行动,处理水污染问题。水质被描述为水的化学、物理和生物特性的一般组成。水是一种有限的自然资源,对人类来说是非常重要的。这项研究的目的是建立一个基于物联网的成本效益系统,可以实时监测水质。该系统的设计和实现是借助WeMos D1 mini和传感器(pH、浊度、温度和超声波)完成的。WeMos D1 mini是一个类似Arduino的电路板,内置Wi-Fi功能,可以通过互联网发送传感器数据。开发并测试了水质数据采集、在线数据传输、监测、记录和分析的整体实验装置。实验观察到,系统在不到一分钟的时间内更新其值。这种具有成本效益的系统对居民和工业监测水质非常有益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based Water Quality Monitoring System for Safe Drinking Water in Pakistan
Internet of things (IoT) is relatively a new paradigm in the area of information and technology. It aims at making life easier and more comfortable by providing easy ways and mechanisms to handle day to day tasks effectively. In recent years, the pollution especially water pollution has become one of the major issues that is faced by countries around the world. The increase of amount of factory and vehicle had caused the emission of plague water and chemical to the river, sea and pond. Hence, it is important to monitor the water quality constantly so that immediate action can be taken to counter water pollution. Water quality is described as the general composition of water with reference to its chemical, physical, and biological properties. Water is a limited natural resource and it is very essential for human beings. The purpose of this research was to make an IoT based cost effective system that can monitor the quality of water in real time. The design and implementation of the system is done with the help of WeMos D1 mini and sensors (pH, turbidity, temperature and ultrasonic). WeMos D1 mini is an Arduino like board with built in Wi-Fi capabilities to send sensors data over the internet. The overall experimental setup was developed and tested for water quality data acquisition, online data transfer, monitoring, recording and analysis. It is experimentally observed that system takes less than a minute to update its values. This costeffective system is very beneficial for resident as well as for industries to monitor the water quality.
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