IOT BASED AIR POLLUTION MONITORING
- 1. AIR POLLUTION MONITORING WITH IOT SUBMITTED BY: SUBMITTED TO: KAMAL KANT ( BE/15074/16 ) DR. UPENDRA KUMAR VISHAL KUMAR(BE/15274/16) CO-ORDINATOR STARTUP CO2,P.M2.5, NO2,HO2 “LIFE SAVIOUR”
- 2. THE PROBLEM • Increasing concentration of harmful gases in atmosphere.Problem? • All living 0rganism suffer from serious disease relating to respiration and lungs. Who has this problem? • To save human life and to control hazardous air pollution that is increasing day by day. Why should this problem be solved? • With the help of monitoring air pollutants with real-time data, can take preventive measures which gradually help in controlling the air pollution. How will we know this problem has been solved?
- 3. BACKGROUND INFORMATION • The model is using the VGA Monitor interfacing with microcontroller for directly displaying the monitored data, also helps to replace bulky and costly displays. • The increase in popullation and infrastructures alongside increases the pollution which can severly harm the living being and the environment. • On daily news relating to incresed air pollution and its harmfull effect made a matter of concern for our research. The following references is also been used: • Daily NEWS • Project mentor experience • Internet
- 4. WORKABLE SOLUTIONS Solution This model requires microcontroller and gaseous sensors. The final project model will take a form of portable device for plug-n-play at any vga display monitor. This device need to be mounted over vehicles for monitoring wide area and providing a real time data.
- 5. THE PROTOTYPE • Choose the best workable solution and create a plan to build a prototype • What materials will you use for your prototype? • The prototype be a model and also be further worked on to make more compact. <Insert a picture or drawing of your prototype here>
- 7. SENSORS DETAILS SENSOR SPECIFICATION DHT22 TEMPERATURE ,HUMIDITY MQ-7 CARBON MONOXIDE MQ-135 AIR QUALITY SENSOR DS3231 DATE AND TIME SENSOR SDS021 PARTICULATE MATTER
- 8. WORKING
- 9. TESTING THE PROTOTYPE • What worked? What did not work? Why? • What materials need to be changed and/or kept? Why? • Did the size of your prototype give you enough information to move forward with a final product? Why or why not? • Did you have other people test your design and give you feedback? Why or why not?
- 10. HOW DATA FROM SENSORS ARE UPLOADED OVER CLOUD
- 12. HOW TO USE • BASICALLY THE DATA STORED OVER CLOUD WILL BE ACCESSIBLE TO ALL AS WE ARE PROVIDING A WEB SERVICE TO THEM FROM WHICH THEY CAN GATHER ANY INFORMATION RELATED TO AIR POLLUTANTS IN THEIR VICINITY.
- 14. HOW THIS CAN HELP
- 15. REDESIGNING THE PROTOTYPE • Use the data from your testing to redesign with… • Different materials • Different builds • Different sizes • Write about or show images of your prototype redesigning process and result
- 16. FINAL RESULT • Once you have a final product, go back to your second slide and review the initial questions you answered • Does your final prototype solve your problem for the person or people for whom it needs to be solved? • If yes, WAY TO GO! But always think about if you can improve it even more! • If no, copy this PowerPoint and start the problem/solution cycle again • Insert pictures of your final design • Discuss why this design solves the problem • Reflect on how you feel about the process from start to finish in this project