Development and testing of Automatic Gas leakage Detection system in cylinder using Artificial Intelligence
Obokhai Kess Asikhiaa, Augustine Edet Bena,Omoregbee Helen Otaninyenuwab
ABSTRACT
Liquefied petroleum gas (LPG) leakages are a common occurrence in society, especially at home, due to various factors such as negligence or incompetency on the user’s end, a system overdue for replacement, a faulty cylinder, and its auxiliary components. This results in unexpected leakages, which can lead to explosions. Hence, the present study deals with the investigation, design, development, and testing of an automatic electrically powered system that detects gas leakage using a gas sensor module. The electrical circuit receives the signal, converts it to readable information on screen, and notifies users through alarm and automatic phone call about gas leakage at home. Validation and testing of the developed system showed a high degree of sensitivity, as the system detected as little as 3000 ppm of gas leakage as the minimum threshold value when varied at different levels of gas leakage. Moreover, the system is highly sensitive, as expected, in line with similar gas leakage detection systems.
Keywords: Liquefied Petroleum Gas (LPG), Leakages, Detection, Cylinder