PriMera Scientific Engineering (ISSN: 2834-2550)

Research Article

Volume 4 Issue 3

Design and Implementation of a Control Water Quality System using IOT

Al-Furati Israa S*

February 22, 2024

DOI : 10.56831/PSEN-04-111


(Our aquatic ecosystems' health depends on the quality of the water. Although continuous water quality monitoring at high temporal and geographical resolution is still prohibitively expensive, it is a crucial tool for watershed management authorities since it provides real-time data for environmental protection and locating the sources of pollution. A reasonably priced wireless system for monitoring aquatic ecosystems will make it possible to gather data on water quality efficiently and affordably, helping watershed managers to preserve the health of aquatic ecosystems. A low-cost wireless water physiochemistry sensing system is introduced in this research. This system has been proposed to measure water quality (pH, salinity, and turbidity) in stations or at home using the Internet of Things system and by controlling the system using the Arduino Microcontroller and using special sensors for this purpose. The findings show that a trustworthy monitoring system may be developed with the right calibration. Catchment managers will be able to sustain this surveillance for a longer period and continually check the quality of the water at a greater spatial resolution than was previously possible. The system has been tested in more than one location and the results have proven its success of this system.).

Keywords: ESP8266 Controller; LCD Display; Water Quality Monitoring; Salinity; Temperature; and Turbidity Sensor


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