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Air Quality Monitoring System with Heat Detection

Contributors

  • Mehmood Ul Haq
  • Muhammad Shahzaib
  • Kashif Muneer
  • Talal Muzammil

Overview

The Air Quality Monitoring System is an IoT-based solution designed to measure and analyze air pollution levels. This repository focuses on integrating Arduino and the ESP module, creating a comprehensive network for air quality and heat monitoring.

Features

  • Arduino Integration: Utilizes Arduino microcontrollers for data collection and control.
  • ESP Module: Incorporates seamless connectivity and communication.
  • Real-time Data: Provides continuous updates on air quality parameters.
  • Pollutant Measurement: Measures PM, NO2, SO2, CO, O3, and more.
  • Monitoring Stations: Establishes stations for a comprehensive view of air quality.

Hardware Requirements

  • Arduino Microcontrollers
  • ESP Modules
  • DHT11 Sensors
  • Sensors for Pollutant Measurement

Heat Detection System

This project includes a heat detection system utilizing the DHT11 sensor for temperature and humidity measurements, contributing to a comprehensive environmental monitoring network.

Features

  • DHT11 Sensor Integration: Measures temperature and humidity accurately
  • Real-time Temperature Data: Provides continuous temperature updates for monitored areas

Usage

  • Access real-time temperature and humidity data from designated monitoring stations.
  • Analyze collected data for insights into temperature trends.
  • Implement appropriate measures based on observed parameters.

Installation

  1. Clone the repository to your local machine.
  2. Connect Arduino, ESP modules, and DHT11 sensors following provided instructions.
  3. Upload the Arduino code to the microcontroller.
  4. Configure and deploy the ESP module.
  5. Run the system to start monitoring air quality, temperature, and humidity.

Usage

  • Monitor real-time air quality data.
  • Analyze data for insights into air pollution and temperature trends.
  • Implement proactive measures based on observed parameters.

For issues or feedback, please contact me at mehmodulhaq1040@gmail.com.