Gas leakage etection system based on effective sensors placement in factory setting using IoT

Muniandy, Laxmiganthan (2021) Gas leakage etection system based on effective sensors placement in factory setting using IoT. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Gas leakage is potentially dangerous to health and the environment. Even a small leak into a confined space will slowly build up to fatal gas concentration or deadly gas explosion. Gas leakage may originate from a leaking pipeline or container which store hazardous gases. Gas Leakage Detection System is an IoT system designed to detect leaked gas and immediately set off the alarm. The system uses Arduino Uno, ATMega328P, and ESP8266-01 - Wi-Fi Module. The sensors involved are MQ-4, MQ-6, MQ-8 and MQ-135 gas sensor. This project is planned for an industrial setting. The sensors' detection range is the focus of this project. The proper placement and optimum number are the parameters that determine the effectiveness of the gas leakage detection. A mobile application is developed using Blynk. The application immediately sets off an alarm and displays the location of the leakage. The layout of the gas sensors placement and time is taken to notify the leakage are presented.

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