LPG Cylinder Leakage Monitoring by IoT
Kotha Chakradhar, Revendra Deshmukh, Pavitar Parkash Singh, Bramah Hazela, Resham Taluja
Abstract
This study aims to set up a system that will watch for leaks of liquid petroleum gas in both homes and businesses. This data will update through IoT connectivity to the user's web browser in the case of a gas leak. Using IoT, the user may keep a constant eye on the data. The MQ06 sensor is a gas detector that is sensitive to LPG. LPG gas is detected using an Arduino-based Internet-of- Things (IoT) leak detection device. Interfacing an LPG gas sensor with an Arduino is the main focus of this research study. This is the sensor that sends the signal to the Arduino microcontroller. The microcontroller is in link to an indicator light (LED), an alarm (buzzer), and the Internet of things (ESP8266) through an IoT module. The ESP8266 chip is to make this Internet of Things (IoT) LPG leak detector work. This Wi-Fi module may link microcontrollers to a wireless network, allowing them to access the Internet and transmit and receive data through TCP/IP. Afterwards, the IoT receives emotional data. Using the IoT module, the web may send information. When the detector picks up a gas leak and turns on the device, the site will show a “leak” message. Installations of an IoT and Arduino-powered LPG leak monitoring system are suitable for dwellings, lodging establishments, and LPG cylinder storage locations. The main benefits of this project are that leakage can be found during monitoring, and corrective action data can send to a website for analysis. IoT reports may prevent injuries and property damage if appropriate measures take promptly.