IOT- enabled water resourcemanagement solution / Muhammad Adib Al Siddqy Mohamad Asri
An inventive project called "IoT-Enabled Water Resource Management Solutions" makes use of sensors, an Arduino microcontroller, and a communication module to create a reliable real-time water turbidity and pH monitoring system. Ensuring that communities consistently receive clean, safe dri...
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| Format: | Student Project |
| Language: | English |
| Published: |
2024
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| Subjects: | |
| Online Access: | https://ir.uitm.edu.my/id/eprint/101448/1/101448.pdf https://ir.uitm.edu.my/id/eprint/101448/ |
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| Summary: | An inventive project called "IoT-Enabled Water Resource Management Solutions" makes use of sensors, an Arduino microcontroller, and a communication module to create a reliable real-time water turbidity and pH monitoring system. Ensuring that communities consistently receive clean, safe drinking water is the main goal of this project. The system's goal is to quickly detect deviations in the quality of the water and take appropriate action. The project is to develop a trustworthy early-warning system by integrating sensors for pH and turbidity monitoring. The system is designed to sound alerts and, if required, stop the water flow when the water quality deviates from permitted bounds. As a precautionary measure, this quick reaction system keeps people from unintentionally drinking tainted water.In addition, the project incorporates a proactive purifying component, expanding its capability beyond simple detection. The IoT-enabled technology takes action to fix possible problems before the water reaches the end-user's home by connecting smoothly with a water treatment system. The project's main objective of
providing uncompromising water quality is in line with this two-tiered strategy, which adds an extra layer of safety and purity. A system that is easy to use and adaptable to changing communitydemands is made possible by the integration of the Arduino microcontroller. Real-time data transmission is made possible by the communication module, giving stakeholders prompt access to information on the state of the water
quality. The system architecture, the choice and use of sensors, the complexities of the Arduino microcontroller's coding, and the smooth integration with a water treatment system will all be covered in detail in this technical report. To evaluate the system's functionality and user input, field tests and assessments will be carried out. This will provide important new information to the field of water resource management. In summary, "IoT-Enabled Water Resource Management Solutions" provides a concrete and workable solution for guaranteeing the availability of clean drinking water in addition to providing a state-of-the-art method of monitoring water quality. The initiative has the potential to have a significant influence on the actual world since it can combine technology with quick, practical solutionsto tackle problems with water quality at its root |
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