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@article{188638,
        author = {Rishi Dingreja and Aditya Ray Chaudhuri and Rohan Wable and Jay Raymane and Minal Deshmukh and Piyush Mathurkar},
        title = {Smart Gas Stove System},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {12},
        number = {7},
        pages = {3426-3432},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=188638},
        abstract = {Abstract—Kitchen safety in residential settings remains a major concern; leaks of LPG or malfunctions in the burner pose serious risks of fire, explosion, and toxic exposure. This work presents a Smart Gas Stove Safety System integrating gas- and flame-sensing for complete stove safety. The proposed safety system makes use of a gas sensor, MQ-6, for LPG detection, a multichannel infrared flame sensor to confirm whether ignition has occurred, and an ESP32-based microcontroller to create alerts in real time. In case the concentration of gas is abnormal or the burner is operating without ignition, audible and visual warnings will be raised. Less than 2 seconds are required for response times, while under empirical tests, accuracy of detection reached 100% within controlled environments. The proposed solution is cost-effective, reliable, and practical for kitchen appliances at home and in commercial businesses, hence filling a significant gap in the existing architectures concerned with the monitoring of gas concentration only without contextual verification of flame.},
        keywords = {Smart Stove System, Kitchen Safety, LPG Leak Detection, Flame Sensing, Real-Time Alert Mechanism, IoT Integration},
        month = {December},
        }