This project monitors water quality parameters such as Temperature, Total Dissolved Solids (TDS), and Turbidity in real time using Arduino and ESP8266. The collected sensor data is transmitted wirelessly to the ThingSpeak cloud platform for visualization

Final Year Project

It is a floating water monitoring device deigned to measure and track the health of water bodies such as lakes, ponds and dams. Data is collected via sensors and uploaded to ThingSpeak for analysis and visualization.

This IoT-based system uses an ESP32 microcontroller and real-time sensors to monitor river water quality. It measures pH, TDS, and turbidity, sending data to ThingSpeak for live visualization. The goal is to support early detection of water pollution and

this channel monitors water quality parameters including temperature, turbidity, dissolved oxygen, and electric conductivity

This channel aims to detect the selected physicochemical parameters of LIWAD's main water source at Palong, Libmanan, Camarines, Sur to monitor the behavior of the water source through time.

This channel aims to detect the selected physicochemical parameters of LIWAD's main water source at Palong, Libmanan, Camarines, Sur to monitor the behavior of the water source through time.

Coastal Water Quality Monitoring of Sorsogon Bay

This channel aims to detect the selected physicochemical parameters of LIWAD's main water source at Palong, Libmanan, Camarines, Sur to monitor the behavior of the water source through time.

Mide la calidad de agua por medio de distintos sensores.

This system use Arduino mega , nodemcu(esp8266) ,3.5 tft lcd,ph sensor, tds sensor , temperature sensor and Turbidity sensor

Water quality monitoring system for Seabass Fish (Siakap) in I-Aquas

CAM pond water data

Water quality monitoring system for Siakap tank

SONY Spresense + LTE Extension board with Atlas Scientific and WhiteBox-Hat 大阪市立大学工学研究科 空間情報学研究室( Geospatial Lab., Engineering, Osaka City University, JAPAN