Development of a real-time IoT based air pollution monitoring with notification system

Kamaruzaman, Nur Syahirah (2021) Development of a real-time IoT based air pollution monitoring with notification system. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Air pollution can cause long-term health effects to humans such as heart disease, lung cancers, and respiratory disease. There are many forms of contamination induced by smoke or gas emissions. These are triggered by fossil fuel burning due to motor transport. Furthermore, the manufacturing and construction operations also give an impact on the air quality. The economic growth of the region, which relies on manufacturingindustries such as plastics, electronics, and rubber, has contributed to a rise in organic and inorganic carbon, plastics, and dust contaminations. Therefore, this project will develop an air pollution monitoring system using long-range (LoRa) communication technology. Several gas sensors such as MQ2, MQ7, and MQ135 are used to monitor the level of air pollution. The principal component of this project is Arduino Uno. The Arduino Uno will be used at the transmitter to monitor the air quality with the aid of several gas sensors connected to it and the data will be sent to the receiver using the LoRa communication module. Meanwhile, the data received at the receiver will be displayed at the LCD and stored in the cloud. Besides that, the data will be display on the Node-RED dashboard while the notification system will receive through the Telegram application

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