Muhammad Tahir, Riaz Ahmad Ziar, Muhammad Hanif Yousufzai, Safiullah Ahmadzai
Volume 5 Issue 1 | Dec 2023
DOI: 10.31841/KJET.2023.29
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Abstract
The realm of indoor air quality confronts a pressing challenge with elevated carbon dioxide (CO2) levels, demanding an innovative solution for optimal safety. This abstract introduces the "Advanced Multi-Gas Detection System for Optimal Safety" project, a pioneering initiative to address the complex dynamics of indoor air quality. The project employs a research methodology involving requirement gathering, literature review, and user surveys to inform its development. The system integrates the high-precision CO2, CO, and other hazardous gas sensors with a microcontroller, forming the core of a sophisticated detection mechanism. Complemented by an alarm system including a speaker alarm, SMS, Email and mobile app notification system, display interface, and IoT features like a web dashboard and mobile app for online access, the device ensures real-time Carbon dioxide, Carbon monoxide, LPG, smoke, and other hazardous gases detection with addition to detection of temperature and humidity level. The benefits of this system are multifaceted, offering immediate alerts, differentiation between gases, and a user-friendly interface for swift action. Significantly, this project contributes to creating a safer indoor environment, impacting various stakeholders. The proposed system's key features include accurate detection, timely alerts, and user-friendly interaction, aligning with the transformative shift towards enhanced indoor safety. The outcomes aspire to set new standards in gas detection systems, fostering a healthier and safer living environment for individuals and communities.