The safety, environmental degradation, and economic consequences of gas leakage are all potential risks that industries face.Why.Our proposal is to create a Gas Leakage Detection and Alert System (GLDAS) that is appropriate for industrial settings as an answer to this issue.Through the integration of advanced sensor technology, wireless communication, and intelligent data processing (SAR), GLDAS provides real-time monitoring to detect gas leaks in real time.The system utilizes a range of gas sensors located throughout the facility to identify hazardous gases typically found in industrial applications, including methane, propane, hydrogen sulfide, and carbon monoxide.These sensors keep a close eye on the air quality and can immediately detect any abnormal gas concentrations that exceed specified limits.The system alerts personnel immediately upon detection of a gas leak, using various channels to provide immediate action such as visual indicators, audible alarms or smartphone notifications.Regardless of the size or complexity, GLDAS is designed to be flexible and scalable, making it easy to integrate into existing industrial systems.By being a modular system, it provides flexibility to meet the specific needs and requirements of various industries, guaranteeing optimal performance across multiple operational scenarios.GLDAS also has advanced data analytics capabilities, using machine learning algorithms to analyze the patterns in sensor information and detect nuances that could indicate gas leaks.Through the continuous improvement of detection algorithms and learning from historical data, the system's accuracy improves over time, reducing false alarms and improving overall effectiveness.
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Shifana et al. (2024) studied this question.
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