IoT Based LPG Gas Level Detection & Gas Leakage Accident Prevention with Alert System

Abstract

Liquefied Petroleum Gas (LPG) is widely used for cooking fuel in developing countries for economic reasons, for energy-rich fuel source that contains the higher calorific value, for clean fuel with low carbon emission and for a portable that is available in even the faraway of areas. Therefore the proposed gas leakage detection and monitoring system for the gasoline content present in household LPG cylinder is developed. Usually, the capacity of LPG in cylinder is not determined in an exact manner and a cylinder when the gas is about to empty will be a difficult situation for the one who uses LPG gas for cooking continuously. By using IoT, the information of the near to the empty level of LPG gas in the cylinder will send to the user and the gas refill method by using telephonic ordering can be conducted. The purpose of this research is the detection of gas leakage and monitoring the LPG gas cylinder weight regularly to know the remaining value of gas in the cylinder. When the gas leakage is sensed, the warning signal and alarm sound will be active and also switch on exhaust fan automatically to decrease the gas concentration. The weight of LPG is measured using the load sensor (SEN-10245) and the output of the sensor is connected with Arduino MKR Wifi 1010 microcontroller. The user can know the validity of LPG usage daily because the amount of LPG gas will publish as events and watch them come through in real-time using the Wia IoT cloud platform. Consequently, the user is alerted by giving SMS notification to their mobile phone when the LPG level is critically low (below 20%) by use of the integration function of the Wia IoT platform call Twilio, using its web service APIs. Then by detecting the gas leakage with MQ6 gas sensor, this research work indicates for gas leakage condition and also helps to prevent the LPG gas burst accidents in the home.

Keywords

• LPG Gas Level Detection
• Gas Leakage
• Arduino MKR Wifi 1010
• IoT
• Alert System

References

1. Reference1 Gabriel V. da Silva Medeiros, Matheus Ricardo dos Santos, Alba Sandyra Bezerra Lopes, Edmilson C. Barbalho Neto "SmartGas: A smart platform for cooking gas monitoring". 2017 IEEE First Summer School on Smart Cities, Natal, Brazil, August 6-11, 2017, pp. 97-102.
2. Reference2 Shraddha Suresh Tanksale, Prof. A.S. Mali and Dr. B.T. Salokhe, "Automated Unified Trolley System for LPG Leakage Detection with Safety Measures and Refill Booking". International Journal of Engineering and Management Research, Volume-8, Issue-3, June 2018, pp: 224-228.