Monitoring of SPM, SO2, NO2, and AIR Quality Index in Selected Areas of Davangere City during Summer Season

Punith Y N, University B.D.T College Of Engineering; D P Nagarajappa ,University B.D.T College of Engineering

Air Quality, Suspended Particulate Matter, SO2, NO2, NAAQS, AQI.

The main aim of this project is to check the ambient air quality in Davangere city and to determine AQI in the Resedential, Commercial, Industrial and Sensitive areas of the 13 selected locations of the Davangere city during summer season. It has been observed that concentration of suspended particulate matter is more in these stations like PB road Aruna theatre, Old bus stand, Gandhi circle, Pooja international hotel, UBDT college and Bapuji Hospital were exceeds the standard limit of National Ambient Air Quality standards(NAAQS). The concentration of Sulphur dioxide and Nitrogen dioxide is within the NAAQS limit in all the stations. But Air Quality Index (AQI) values of the PB road old bus stand, Gandhi circle, Pooja international hotel, and Bapuji hospital stations were severely polluted and it is very unhealthy for the public and causes some various health problems.
    [1] Anand Kumar., Ashish Garg and Upendu Pandel., (2011), “A Study of Ambient Air Quality Status in Jaipur City, Rajasthan, India using AQI”, Indian journal of Nature and Science, Vol (9), pp: 38-43. [2] Abam F I and Unachukukwu O., (2009), “Vehicular Emissions and Air Quality Standards in Nigeria”, European Journal of Scientific Research, Vol (34), pp: 550-560. [3] Ankita Shukla., Rajeev Kumar Mishra and Parida M.,(2010), “ Estimation of Composite Air Quality Index for Lucknow”, Indian Journal of Institute of Town Planners, Vol (7), pp:45-56. [4] Akbar Ziauddin and Siddiqui N A., (2006), “Air Quality Index A tool to determine Ambient Air Quality”, International Journal of Research and Gate, Vol (25), pp: 885-887. [5] Avinash Chauhan., Mayanth Pawar., Rajeev Kumar and Joshi P C., (2010), “Ambient Air Quality Status in Uttarkhand, India: A Case Study of Haridwar and Dehradun using Air Quality Index”, Journal of American Science, Vol (6), pp: 565-569. [6] Sastri M S., Suneela M., Shashidhar Kumar N P and Hussain S K., (2004), “Air Quality Status at Selected Locations in Hyderabad City”, Indian Journal of Environmental Science and Engineering, Vol (46), pp: 86-91. [7] Shiva Nagendra S M., Venugopal K and Steven Jones L., (2007), “Assessment of Air Quality near Traffic Intersections in Bangalore City using Air Quality Indices”, Indian journal of Transport and Environment, Vol (12), pp:167-176. [8] Gunasekaran R., Kumaraswamy K., Chandrasekaran P P and Elanchizhian R., (2012), “Monitoring of Ambient Air Quality in Salem City, Tamilnadu, India”, International Journal of Current Research, Vol(4), pp:275-280. [9] Nair Neelima., Bamnia B R., Mahecha G S and Saini Dhavan., (2014), “Analysis of Ambient Air Pollution and Determination of Air Quality Status of Udaipur, Rajasthan, India”, International Research Journal of Environmental Sciences, Vol (3), pp:5-10. [10] Rao M N and Rao H V N., (1989), “Air Pollution”, Tata McGraw Hill Publications, New Delhi. [11] Garg S K., (1979), “Sewage Disposal and Air pollution engineering”, Khanna Publishers. [12] Instrumental Manual Vayu Bodhan Upkarn Pvt Ltd. [13] www.cpcb.nic
Paper ID: GRDJEV02I110014
Published in: Volume : 2, Issue : 11
Publication Date: 2017-11-01
Page(s): 10 - 18