This document describes an air pollution monitoring system called ECOSENSOR that was developed by students to detect gases and respond to fire incidents. The system continuously monitors air quality using sensors for smoke, carbon monoxide, LPG, and temperature. It sends alerts to nearby residents and firefighters if dangerous gas levels or a fire are detected. The system aims to provide quick response to incidents and raise awareness about safe gas levels through remote monitoring on a budget of Rs. 3500.

1. CO gas incident
Chlorine gas incident LOTUS building fire incident

2. ECOSENSOR
Underthe
guidanceof
Dr. SaurabhMehta
Dr. SiddheshPatil
• AASHAYJAIN 11-818
• GURUNARAYANSHUKLA 11-843
• BHARATSONI 11-844
• RAHULKUMARPANDEY 11-833

3. 1.Air Pollution
•Air pollution in both cities and rural areas is increasing
exponentially
2.Fire Accidents
•Fire accidents have caused lot of death and destruction.
Problems faced

4. 3.LPG leak accidents
•LPG leak is a risk factor at homes.
4.Remote monitoring of Gas concentration
•Continuous monitoring of gases is needed for awareness and
prevention.

5. 5.Global Warming
•Increased level of carbon in atmosphere is leading to more
global warming
6.Expensive Gas detectors
•only used in industries and mines
• cost is around 1 to 3 lakh Rs

6. Objective of project
•ToprovidequickresponsesystemtoFIREINCIDENTs.
•ToprovidequickresponsesystemtoGASLEAKincidents.
•TocreateawarenessamongthepeopleabouttheSAFE
GASLEVELS
•REMOTEMONITORING

7. Blockdiagram
ECO-SENSOR
Nieghbour
TTLtoUSB

9. Proposed model

10. Budget
Components Series Code Cost
Smoke MQ-2 170
Carbon Monoxide MQ-7 190
LPG MQ-216 190
Temperature NTC 170
The data is based on the market survey done on 15th OCT at Lamington road and websites.
Microcontroller ATMEGA16 210
GSM 900 SIM 900 1500
Siren ------ 40
Overall Budget=3500

11. Components used
GSM 300
ATMEGA 16
Gas
Sensor
LCD 16 x 2

12. SIM 900 ATMEGA16

15. COMPARISON WITHEXISTING PROTOTYPE
Parameter PGM 6248 IBRID-MX6 GX-2012 Our Model
Cost Rs3.5 Lakhs
approx.
Rs2.5 Lakhs
approx.
Rs80 k
approx.
Cheaper
No of sensor 33 15 4 4
Multi-purpose Only gases Only gases Only
gases
Gases, fire, physical
parameters, data
acquisition
Wireless Yes No No Yes
Remote
monitoring
Yes No No Yes
Range Medium Medium Meduim High-due to fan
Ecological No No No Packaging using
recyclable waste .

16. APPLICATIONS
• Canbeusedincolleges, hospitalsandhomestoget
alertsongasandfireincidents.

17. • Quickresponsetoremoteuserandfirebrigadeincaseof
fireincidents.

18. • Continuousmonitoringofgaslevelsatdisasterprone
areaslikeMining, chemical laboratories andindustries.

20. • Data acquisition andcontinuous monitoring system

21. Challenges faced How did we tackle it
Cost Reduction • Used Atmega16 instead of ARM
or Arduino,which is very cheap.
• Recyclable outer structure.
Programming Increased due to
choice of processor and PC software
Taking help from seniors and
computer department colleagues.
Increasing number of sensors Using Sensor Slots
Increasing range Consulted Dr.Siddhesh Patil
CO gas generation Still working

22. REFERENCE
Literaturesurvey
•http
://mpcb.gov.in/images/pdf/Ambient_Air_quality_Monitoring_Guidlines.pdf
• http://cpcb.nic.in/National_Ambient_Air_Quality_Standards.php
•en.wikipedia.org/wiki/Air_pollution
•http://www.who.int/mediacentre/factsheets/fs313/en/
•http://www.khk.or.jp/english/dl/annual_report_lpg_2013.pdf
Atmega16
• http://www.atmel.com/devices/atmega16.aspx
•www.atmel.com/images/7766s.pdf

23. MarketSurvey
•www.vishworld.com
•www.allsensor.in
• www.indiamart.com/orbitelectronics
•www.vegarobokit.com
•http://www.elecrow.com/dust-sensor-dsm501a-p-854.htmlh
•www.rhydolabz.com