Investigation of Atmospheric Mercury Pollution in Guilin

Jian Ping Qian; Li Zhang; Zhan Dong Chi; Chang Xu Huang; Wen Ying Jiang; Shan Shan Chen

doi:10.4028/www.scientific.net/AMR.383-390.3763

Paper Titles

Influence of Decrease in Water Saturation of Host Rocks with Dehydration Reactions on the Reconstruction of the Thermal Evolution of Igneous-Intrusion-Bearing Basins
p.3739

Edaphic Characterization, Water and Salt Translocation in Saline Marsh at Local Scale in Songnein Plain, Northeast China
p.3744

Empirical Study on Efficiency Evaluation of Low-Carbon Economy Transition in Resource-Based Cities
p.3751

Ultrasound Frequency Impacts on the Removal of Indigenous Blue-Green Algae Taken from Lake Taihu
p.3758

Investigation of Atmospheric Mercury Pollution in Guilin
p.3763

Land Use Patterns Effect on Soil Anti-Erodibility in Low Mountain-Hilly Region
p.3768

A Study Method of Ecological Risk Evaluation for Reclaimed Water
p.3775

Analyses of Impacts of China’s CO₂ Emissions Factors Based on STIRPAT Model
p.3781

Experimental Study on Secondary Effluent Disinfection with Ultrasound and Chlorine
p.3786

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 383-390Investigation of Atmospheric Mercury Pollution in...

Investigation of Atmospheric Mercury Pollution in Guilin

Abstract:

Atmospheric mercury in Guilin was monitored systematically, the content ranged from 7.69 to 39.93ng/m³. In general, from industrial areas to hospital areas, to commercial areas, to garden greenbelt, to residential areas, to culture and education regions, the average value of atmospheric mercury content decreased successively, it ranged from 22.89 to 9.94 ng/m³. The atmospheric mercury content was influenced by temperature, height, rainfall and circulation of air. The result of the investigation shows that the atmospheric mercury mainly comes from the emission of gaseous mercury of industrial production and special service sector, automobile exhaust, point sources of mercury pollution and transport of gaseous mercury from distance.

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Periodical:

Advanced Materials Research (Volumes 383-390)

Pages:

3763-3767

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.383-390.3763

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Online since:

November 2011

Authors:

Jian Ping Qian, Li Zhang, Zhan Dong Chi, Chang Xu Huang, Wen Ying Jiang, Shan Shan Chen

Keywords:

Atmospheric Mercury, Guilin, Influence Factor, Pollution Source

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References

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