Experimental Design of IoT based LPG Gas Leakage Detection and Accident Prevention Mechanism using Intuitive Sensors

In this study, we present an innovative experimental design for an Internet of Things (IoT) based LPG Gas Leakage Detection and Accident Prevention Mechanism, incorporating intuitive sensors. The objective is to enhance safety in environments where LPG gas is utilized by implementing a proactive system that can detect gas leaks and prevent potential accidents. Our experimental setup includes a network of sensors strategically placed to monitor LPG gas levels, temperature, and environmental conditions. These sensors are interconnected through IoT technology, enabling real-time data transmission and analysis. When a gas leak is detected or environmental conditions indicate potential hazards, the system triggers immediate alerts and safety protocols. This research aims to bridge the gap in LPG safety by combining IoT technology with intuitive sensors, offering a reliable and efficient solution for gas leakage detection and accident prevention. The study not only outlines the experimental design but also provides insights into the practical implementation of such systems, contributing to safer environments and reduced risks associated with LPG usage.