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This study investigates the use of drones for real-time environmental monitoring, specifically focusing on air quality, temperature, and humidity. Utilising advanced IoT components such as the ESP32 module, MQ135 air quality sensor, and DHT22 temperature and humidity sensors, the project aims to provide comprehensive data on environmental conditions. Monitoring was conducted at University Selangor, both outdoors and indoors, capturing variations in air quality and environmental parameters over time. The findings reveal significant fluctuations in air quality, temperature, and humidity, demonstrating the effectiveness of drone technology in providing real-time environmental data. These insights can aid in pollution management, public health protection, and the development of sustainable environmental practices.

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Environmental Drone Monitoring with Real Time Air Quality

  • 会议论文

  • 发表日期：

    2025年

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  • Zuraidy Adnan,
  • Nirosshini A/P Shagaran,
  • Nor Maisarah Zamri,
  • Wan Azlan Wan Hassan,
  • Mohd Fahmi Mohamad Amran,
  • Muhammad Fairuz Abd Rauf

摘要

This study investigates the use of drones for real-time environmental monitoring, specifically focusing on air quality, temperature, and humidity. Utilising advanced IoT components such as the ESP32 module, MQ135 air quality sensor, and DHT22 temperature and humidity sensors, the project aims to provide comprehensive data on environmental conditions. Monitoring was conducted at University Selangor, both outdoors and indoors, capturing variations in air quality and environmental parameters over time. The findings reveal significant fluctuations in air quality, temperature, and humidity, demonstrating the effectiveness of drone technology in providing real-time environmental data. These insights can aid in pollution management, public health protection, and the development of sustainable environmental practices.