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Real-Time Environmental Parameters Monitoring

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Presentation on theme: "Real-Time Environmental Parameters Monitoring"— Presentation transcript:

1 Real-Time Environmental Parameters Monitoring
System University of Donja Gorica, Faculty for Information Systems and Technologies

2 Global water recourses
71% 2.5% 1% of Earth surface is covered with water belongs to drinking water Is accessible to human population 58% Increased drinking water consumption in 2025

3 The need for environmental monitoring
Healthier environment Improved human health Better water and food quality

4 Existing solutions issues HIGH prices DATA transparency
INTEGRATION difficulties

5 for the Montenegrin Coast”
RWMC “Regional Waterworks for the Montenegrin Coast”

6 1 underground spring 135 km of pipelines 4 pump stations 13 objects with reservoirs 20 distribution objects

7 RTEPMS Design and implementation of general purpose real-time environmental parameter monitoring system System is based on Internet-of-Things (IoT) technology solutions Expert system modules will enable specific information generated from the measured data The pilot system will be installed for the needs of RWMC

8 System architecture

9 Sensor node design

10 Sensor node design – ESP32

11 RTEPMS Sensor platform
Collect, send and process sensor data on an efficient way Custom design and installation of the sensor units Easy integration of different types of sensor units Transforming row data into useful information and decision making Data analysis and visualization

12 Drinking water quality monitoring on springs and in draw-wells
Potential application of RTEPMS Water control in fish farms Swimming water quality control Pollution control in rivers and lakes Wastewater treatment control Drinking water quality monitoring on springs and in draw-wells

13 Expected results Fully functional environmental parameter monitoring system (TRL8 level); Minimum three expert system modules implemented; focus will be on drinking water monitoring, swimming water quality and fish farming ES modules; One end-user application that uses sensor data realized; Low-cost and energy efficient IoT sensor node designed and implemented (TRL8 level); Established sensor network with at least 15 sensor nodes; Two master thesis in the finishing stage; One scientific papers published; At least one national patent application; Founded Institute for Water Recourses;

14 Main output of the project
INSTITUTE FOR WATER RECOURSES RTEPMS Ownership of University of Donja Gorica and Public Enterprise Regional Waterworks for the Montenegrin Coast

15 Thank you!


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