Place distribution for air contaminant in Al-Hilla city

Abed H.Madfon; Hashem M. Jaber

Adab Al-Kufa, 2018, Volume 1, Issue 29, Pages 11-38

This research aims to study the spatial distribution of some air pollutants in the city of Hilla, which include dust falling and sticking minutes and heavy elements (lead , nickel , cadmium , copper , iron) and hydrocarbons research found : -
1. Research has shown that higher concentrations of dust falling spatially Bakrla was in the neighborhood where the rate was ( 184.69) mg /m2 .
2. The research found that the highest concentration of spatially minutes was outstanding in the Sadr City district where the rate was ( 439.75 ) mg/ m 3 .
3. that the highest concentration of lead in the dust falling spatially military was in the neighborhood where the average ( 17.36) mg /m 2
4. The concentration of lead in the opening minutes was outstanding spatially in Sadr City where the rate was ( 17.40 ) mg / m 3 .
5. Research has shown that the highest concentration of nickel in the dust falling spatially was in the neighborhood where the chest was ( 24.22 ) mg / m 2 .
6. The highest concentration of nickel in the minutes spatially unresolved was rare in the neighborhood where the rate was ( 11.97 ) mg / m 3 .
7. The highest concentration of cadmium in the dust falling spatially in the neighborhood was in the military , while the rate was ( 23.08 ) mg / m 2 .
8. The highest concentration of cadmium in the minutes spatially unresolved was rare in the neighborhood where the average ( 15.68 ) mg / m 3 .
9. research indicates that the concentrations of iron in dust was falling spatially in Sadr City where the rate was ( 50.17 ) mg / m 2 .
10. The highest concentrations of iron in the minutes was outstanding in a rare spatially where the rate was ( 765.25 ) mg / m 3 .
11. Research shows higher concentrations of dust falling in Hidocarbonat spatially was rare in the neighborhood where the average ( 389.91 ) mg / m 2 , while the concentrations in the minutes was outstanding in the neighborhood also rare where the rate ( 3.81 ) mg / m 3 .