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BE_PROJECT_PPgcftttfftfyfytyftytfyfyftyftytfT[RK].ppt
- 1. FINALYEAR PROJECT PRESENTATION AIR POLLUTION MONITORING SYSTEM By: Group No.7 Ranajit kenjale. Roll.No :- 35 KJEI’s, Trinity Academy of Engineering, Pune Accredited by NAAC ‘A+’ Grade E&TC Engineering Department
- 2. INTRODUCTION • Air pollution is a significant environmental issue affecting the health and well-being of people worldwide. Monitoring air quality is crucial for understanding pollution levels, identifying sources of contamination, and implementing effective measures to reduce harmful emissions. Our project aims to develop a comprehensive Air Pollution Monitoring System to track and analyze air quality in real- time.
- 4. ADVANTAGES • Real-Time Monitoring • Portability • Cost-Effective • Low Power Consumption • Data Accuracy • Wireless Communication • User-Friendly Interface
- 5. DISADVANTAGES • Limited Processing Power. • Network Dependency • Maintenance and Calibration • Limited Sensor Options • Power Supply Limitations
- 6. CONCLUSION • The development and deployment of an Air Pollution Monitoring System using embedded systems represent a significant advancement in environmental monitoring and public health. By leveraging the power of embedded systems, such as Arduino, Raspberry Pi, or ESP32, this project offers a cost-effective, scalable, and real-time solution to track air quality and provide valuable data for informed decision-making
- 7. FUTURE SCOPE • Integration with Smart Cities • Advanced Data Analytics • Enhanced Sensor Technology • Low-Cost Deployment • Improved Connectivity • Integration with Health Data