Analysis of an IoT based Water Quality Monitoring System

There is no way for the aquafarmers to know exactly the chemicals present in the fishpond at any given time. They manage the pond with traditional methods, which might lead to chemical compositions that are either over or under-rated. Due to the lack of information about the lake's changing che...

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Bibliographic Details
Main Authors: Kumar, Bejjanki Varun, Bharat, Aniketh, Venkat, Eathamokkala Gowtham, Harsha, Yedlapalli Sai Sri, Sree, A Usha
Format: Conference Proceeding
Language:English
Subjects:
Arduino
GSM
GSM-Global System for Mobile communication module
IoTInternet of Things
Software
Storage tanks
TDS-Total Dissolved Solids
Temperature measurement
Temperature sensors
Turbidity
Water pollution
Water quality
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Summary:There is no way for the aquafarmers to know exactly the chemicals present in the fishpond at any given time. They manage the pond with traditional methods, which might lead to chemical compositions that are either over or under-rated. Due to the lack of information about the lake's changing chemical composition, the farmer must visit the lake and have it tested at a nearby laboratory on a regular basis. Monitoring water quality can be accomplished using a sensor-based system, wherein the water's TDS, pH, and turbidity can be analyzed. It is possible for the core controller to process the sensor data, and a central controller based on an Arduino might be used. Wi-Fi access can be used to monitor the sensor data online. An Internet of Things-based water quality monitoring system is used to keep track of the pH content of the water and send out alerts to the proper authorities when abnormalities are detected. This initiative has the potential to improve the municipal water tanks and reservoirs. Continuous monitoring of water parameters requires an Arduino board to find pH levels, a GSM module to transmit messages, and an LED display. Optionally, this project can incorporate cloud-based water quality sensors.
ISSN:2768-0673
DOI:10.1109/I-SMAC55078.2022.9987360