Abstract:
This report presents the development and implementation of an Internet of Things
(IoT)-based system designed for monitoring environmental pollution through water, and soil
sensors. The primary objective of this project is to provide real-time data on pollution levels to
support timely and informed decision-making for environmental management. The system
leverages advanced sensor technology integrated with IoT platforms to facilitate efficient and
remote monitoring.
Three alternative solutions were considered: IoT-based pollution monitoring systems,
renewable energy solutions, and strategies for environmental sustainability and pollution control.
The IoT-based system was selected due to its comprehensive real-time monitoring capabilities
and ease of deployment.
The system development involved using Arduino Uno R3, NodeMCU, and various
sensor modules powered by a 9-volt battery and requiring a stable 4G internet connection for
data transmission. The implementation process included designing the software and hardware
components, creating user interfaces for administrators and customers, and ensuring the system's
integration and field testing.
The project results demonstrate the effectiveness of the IoT-based solution in providing
accurate and timely data on environmental pollution, thereby enabling prompt corrective actions.
This system offers a scalable and cost-effective approach to environmental monitoring,
contributing to better resource management and pollution control.
In conclusion, the IoT-based environmental monitoring system developed in this project
successfully addresses the challenges of traditional pollution monitoring methods. It offers a
viable solution for real-time data acquisition and analysis, which is crucial for effective
environmental management and sustainability efforts.
