AQUAMAG: Smart Water Quality Monitoring through Internet of Things

Nilo Tubio II, Maria Sonia Alloso, Jenefer Mia Rabago, Mona Liel E. Lacsa, Phoebe Ruth Alithea Sudaria, Kenn Migan Vincent C. Gumonan
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Abstract

One of the most fundamental needs of humanity is water. It is essential to provide clean water for human consumption. This research aims to design and build a functional water monitoring system to guarantee a safe water supply. Using the AQUAMAG device and web-based platform, the water quality is assessed in real time, and the current water status is monitored. There is a webpage for viewing all the recorded data from the database for analytical monitoring purposes. At the same time, the device sends a message notification to the user for the water condition update. The evaluation-based ISO 25010 standards showed end-users remarkably accepted the device attributed to the accurate turbidity and pH sensors. This water monitoring mechanism can help the user visualize if the water source is polluted or contaminated through a water quality test. With its efficient application and practicality, it has excellent potential for the community. Hence, a portable and user-friendly device that can be used within households and establishments as an alternative way of checking water quality before using it can be developed. Relatively, the study can raise awareness on water quality in the community through the developed device, which can also avoid illnesses caused by contaminated water.
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AQUAMAG:通过物联网实现智能水质监测
水是人类最基本的需求之一。为人类提供清洁的饮用水是至关重要的。本研究旨在设计和构建一个功能齐全的水监测系统,以保证安全供水。利用AQUAMAG设备和基于网络的平台,可以实时评估水质,并监测当前的水质状况。有一个网页,可查看数据库中所有记录的数据,以便进行分析监测。同时,设备发送消息通知用户更新水情。基于评估的ISO 25010标准显示,最终用户非常接受该设备归因于准确的浊度和pH传感器。这种水监测机制可以帮助用户可视化水源是否被污染或通过水质测试被污染。由于其高效的应用和实用性,在社会上具有良好的潜力。因此,可以开发一种可在家庭和机构内使用的便携式和用户友好的装置,作为使用前检查水质的另一种方法。相对而言,该研究可以通过开发的设备提高社区对水质的认识,也可以避免由污染的水引起的疾病。
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