Contribution estimation of suspended particulate material levels in Ambient Air contamination

Document Type : Original Article


Department of Zoology, Government College, Utai, Dist. Durg, C.G., India



This investigation has been carried out for evaluating the element's effect significance in ambient air and the environment distribution. The outdoor air measures were performed in winter for investigating probable sufficient particulate material PM exposure of various size aerosol RSPM and SPM. The element contamination measures were carried out at the Indian Institute of Technology campus in New Delhi regarded as a potential reference site for contamination investigation. The specimens have been accumulated outdoor on the third floor fifteen meters above the street for a twenty-one h period and the factors of Cr, Mn, Fe, Cu, Ni, Zn, and Pb have been calculated utilizing atomic adsorption spectroscopy analysis. The outcomes demonstrate that the RSPM and SPM fine mode or coarse mode ratio is 52.7 percent. The component concentration contribution in the site air contaminant is indicated fairly by the anthropogenic distribution in ambient air. The enrichment factors value for components Cr, Fe, Cu, Ni, Zn, and Pb probably derived from the anthropogenic emission resource, when the low enrichment element of Mn amount contributed to soil features distribution.


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