Loading...

A pollutant of environment: Qualification, quantification and characterization of airborne particulates  [2008]

Hussain, M.Y. (University of Agriculture, Faisalabad (Pakistan). Dept. of Physics) Yousuf, M. (University of Agriculture, Faisalabad (Pakistan). Dept. of Physics) Islam-ud-Din (University of Agriculture, Faisalabad (Pakistan). Dept. of Mathematics and Statistics) Imran, M.

Access the full text:

NOT AVAILABLE
Abstract
The study of mineral components in repairable particles is important in improving the quality of air. Airborne particulate (ABP) were collected from various industrial, commercial, residential, combined industrial cum residential and commercial cum residential localities of Faisalabad city in the months of June and July and subjected to quantitative phase analysis by X-ray powder diffraction method using flushing technique. Various minerals were detected in the samples. Results revealed that illite was the dominant constituent in ABP sample and hence the major contributor to air borne pollution with wt percentage in the range 70.4%-80.4wt%. The other air polluting phases found were albite, calcite quartz, clinochlore, gypsum and talc bearing weight percentages in the range 8.4% to 15.8%, 5.1% to 11.7%, 1.1% to 3.5%, 4.4% to 21.5%, 0.1%-1.3 and 1.76%-5.3% respectively. Fine particles of quartz not utilized in microphysical processes in the atmosphere, stay in air for long periods of time. These pollutants affect human health and may become cause of bronchitis, asthma etc. since the fine particles go deep into lungs and find no way to escape from there.
Loading...

Other subjects

  • minerals
  • quartz
  • pakistan
  • air pollution
  • calcite
  • gypsum
  • pollutants
Loading...
Loading...

Other information

Type : Journal Article

In AGRIS since : 2009

Volume : 45

Issue : 1

Start Page : 116

End Page : 118

All titles :

" A pollutant of environment: Qualification, quantification and characterization of airborne particulates "