An Efficient Electronic Nasal Pod for Air Pollutants Detection

This work focus to develop an Efficient device for the detection of air pollutants which is cost-effective, user friendly and wearable device. This device mainly works with the sensors and it performs with various aspects in terms of temperature, pulse rate monitoring and also it detect the amount of pollution by using Air Quality Sensor. The ranges of pollutants that are present in our area/cities can be detected easily. In this method we are going to imbed the nasal air filter (NAF) along with sensors. The prototype is designed by using two applications that is embedded C and Arduino programming. The proposed system comprises of an Arduino based microcontroller, a MQ 3 sensors for volatile organic compound (VOC) measurement, and a Wi-Fi module for application connection with internet. The device is tested with usage case in the surrounding places and also, the use of Smartphone compatibility for data storing is presented. This paper presents a microcontroller-based electronic nasal pod which majorly includes the following stages for detecting the air quality, monitors heath status, and displays the results along with person states. The work also gives the location of the device by using Zigbee module and hence user exact location can be traced.