Environment and Wind Speed monitoring System With Toxic Gas Neutralizer
Environment and Wind Speed monitoring System With Toxic Gas Neutralizer
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This IoT project utilizes the ESP32 Dev kit v1 microcontroller to monitor environmental parameters and neutralize toxic gases such as ammonia and chlorine. The system is equipped with a solar tracking system, power management system, and a toxic gas neutralizer with 180-degree movement, along with an air quality sensor and a wind speed sensor.
This IoT project utilizes the ESP32 Dev kit v1 microcontroller to monitor environmental parameters and neutralize toxic gases such as ammonia and chlorine. The system is equipped with a solar tracking system, power management system, and a toxic gas neutralizer with 180-degree movement, along with an air quality sensor and a wind speed sensor.
The "Environment and Wind Speed monitoring System With Toxic Gas Neutralizer using IoT" project aims to monitor and neutralize toxic gases such as Ammonia and Chlorine while also monitoring environmental parameters such as temperature, humidity, sunlight intensity, and wind speed. The system is powered by a "Solar Tracking System", "Power Management System", and "Battery Backup", with the main microcontroller being the "ESP32 Dev kit v1". The system has an "Air Quality Sensor [Ammonia (NH3) MQ-135]" to sense toxic gases, a "Toxic Gas Neutralizer with servo" to neutralize them, and a "Wind Speed Sensor" to sense wind speed. Additionally, a "DHT11" sensor is used to sense temperature and humidity, and a "16x2 LCD" is used to display information. The microcontroller has built-in Wi-Fi and uses it as the communication protocol to the internet.
The "Environment and Wind Speed monitoring System With Toxic Gas Neutralizer using IoT" project aims to monitor and neutralize toxic gases such as Ammonia and Chlorine while also monitoring environmental parameters such as temperature, humidity, sunlight intensity, and wind speed. The system is powered by a "Solar Tracking System", "Power Management System", and "Battery Backup", with the main microcontroller being the "ESP32 Dev kit v1". The system has an "Air Quality Sensor [Ammonia (NH3) MQ-135]" to sense toxic gases, a "Toxic Gas Neutralizer with servo" to neutralize them, and a "Wind Speed Sensor" to sense wind speed. Additionally, a "DHT11" sensor is used to sense temperature and humidity, and a "16x2 LCD" is used to display information. The microcontroller has built-in Wi-Fi and uses it as the communication protocol to the internet.
Further resources can not be shared publicly without the permission of my client. But Authorized Access is still available for the process of recruiting me. Please Describe your organization's or projects information on the access request note on google drive.
Further resources can not be shared publicly without the permission of my client. But Authorized Access is still available for the process of recruiting me. Please Describe your organization's or projects information on the access request note on google drive.
This link contains the last update of the "Block Diagram"', "Flow Chart", "Circuit Diagram" and "Source Code".
This link contains the last update of the "Block Diagram"', "Flow Chart", "Circuit Diagram" and "Source Code".
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