Paper Key : IRJ************085
Author: Bhavani Deshpande,Fiza Banu
Date Published: 09 Nov 2024
Abstract
Effective management and safety measures for natural gas are critical in modern urban environments, where liquified petroleum gas (LPG) is widely used in homes and industries. However, LPG leaks can lead to severe consequences, including explosion risks, health hazards, and environmental damage. This study presents a novel IoT-enabled LPG leakage detection system designed to enhance safety and responsiveness. The system leverages gas sensors, microcontrollers, and wireless communication modules for continuous, real-time monitoring of LPG concentrations. When a leak is detected, it promptly sends alerts through a mobile application or other communication channels, enabling rapid evacuation and response. The IoT-based architecture supports remote monitoring, real-time data analysis, and record-keeping for improved safety management. Experimental setups simulating various leakage scenarios demonstrate the systems reliability and accuracy in gas leak detection. By incorporating IoT technology, this approach significantly enhances response times and provides insights for preventive maintenance. This adaptable solution represents a substantial advancement in gas leak detection, offering scalable safety improvements for residential and industrial applications.