Automatic Air Pollution Monitoring and Speed Control in Vehicle Using Embedded IoT

Automatic Air Pollution Monitoring and Speed Control in Vehicle Using Embedded IoT

Air pollution

carbon monoxide (CO) sensor

Control systems

GPS receiver

GSM

liquid petroleum gas (LPG)

Liquids

Mixed signal processors

Process control

Receivers

Velocity control

Air pollution is one of the environmental challenges that have received a lot of discussion. The creation of a method to lessen air pollution. The suggested system includes a carbon monoxide (CO) sensor, a sensor for liquid petroleum gas (LPG), a GPS receiver, and a worldwide system for mobility (GSM). A CO sensor is installed at the vehicle's emission outlets to track CO emissions, and an LPG sensor is installed next to the gas supply pipe to track LPG leaks. When the emission level or gas leakage surpasses the threshold value, the system's buzzer issues a warning. The GPS determines the vehicle's current location and transmits it to the mixed signal processor. Mixed signal processors were used to control and monitor the entire operation. By comparing potential locations with those that have previously been recorded in memory, the mixed signal processor finds the closest service station. GSM notifies nearby service stations of a service request. The uniquesystem that has been suggested aids in lowering air pollution.

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G. Kasinathan

G. B

B. P. Prathaban

J. S. M

2022 International Conference on Power, Energy, Control and Transmission Systems (ICPECTS)

2022

conferencePaper