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WSN for LPG Gas Leakage Detection

Author(s):

Alesha Sayyad , Bhivrabai Sawant Institute Of Information Technology And Research Wagholi Pune; Megha Satpute, Bhivrabai Sawant Institute Of Information Technology And Research Wagholi Pune; Aarati Shinde, Bhivrabai Sawant Institute Of Information Technology And Research Wagholi Pune; Komal Gite, Bhivrabai Sawant Institute Of Information Technology And Research Wagholi Pune; Prajwali Korade, Bhivrabai Sawant Institute Of Information Technology And Research Wagholi Pune

Keywords:

LPG, Sensor, Arduino, IOT, Home Safety

Abstract

There have been many incidents such as explosions and fires due to gas leaks. Such occurrences can have dangerous effects if the leak is not detected early. The wireless detection network-based gas leak detection system is a project that can detect the gas leak in the environment and send data to the cloud via the MCU node. The Internet of Things (IoT) is the network of "things" that physical thing can communicate through sensors, electronics, software, and connectivity. These systems do not require human interaction and the same happens with the IOT based gas detection system, it does not require human attention. The WSN-based gas leak detection system detects the gas using a gas sensor. The gas sensor interface to the MCU node is implemented in this project. The signal from this sensor is sent to the node microcontroller (ESP8266). The microcontroller is connected to a cloud and a buzzer. WSN based leak detection is implemented using an ESP8266 chip. This is a Wi-Fi module used to connect microcontrollers to the Wi-Fi network, make TCP / IP connections, and send data. The data collected by these sensors is sent to the cloud. The MCU node then sends the data to a cloud. Once the gas leak is detected, the buzzer will be turned on and the result will be displayed in the cloud. The prerequisite for this GLP project for gas leak detection and intelligent warning is that the WLAN module is connected to a WLAN hotspot or access point.

Other Details

Paper ID: IJSRDV10I20121
Published in: Volume : 10, Issue : 2
Publication Date: 01/05/2022
Page(s): 89-91

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