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Mercury control research: effects of fly ash and flue gas parameters on mercury speciation


Publisher
Elsevier Science
Year
2002
Weight
366 KB
Volume
43
Category
Article
ISSN
0140-6701

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โœฆ Synopsis


This study was focused at estimating the human health risk of the general and working population living in the region polluted by arsenic for more than 40 years, from combustion of coal with high arsenic content in the power plant. The exposure to arsenic from inhalation was under investigation. A study period of 40 years was chosen. The study period was defined taking into account, besides the availability of data, the temporal patterns of the technology processes and the trends over time of environmental concentrations.

The results from the arsenic risk assessment study were used for the evaluation of the health risk for different population groups in the polluted areas and for different professions of workers exposed to As in a power plant. The results are applicable for the evaluation of risk in real conditions, for health surveillance and for remedial changes and a potential suggestion on technology improvement.


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Activated carbon injection is the most mature technology for mercury capture from coal burning power plants; however, this technology increases the carbon content and mercury concentration in the fly ash. This, in turn, may reduce the suitability of fly ash for use in concrete and call into question