Coal as well as fuel oil combustion generates emissions of potentially toxic trace pollutants
including organic and inorganic chemical compounds besides major pollutants. A study on …

Emission levels of selected trace metals from the Estonian oil shale fired power plant were
studied. The plant is the largest single power plant in Estonia with an electricity production …

The concentrations of seven trace elements (Mn, Cr, Pb, Se, Zn, Cd, Hg) in raw coal, bottom
ash and fly ash were measured quantitatively in a 220 tons/h pulverized coal boiler. Factors …

Abstract Hazardous Trace elements (HTEs) emitted from coal combustion has raised
widespread concern. Studies on the emission characteristics of five HTEs, namely arsenic …

Several important aspects are described in this paper. The occurrences of trace elements
(TEs) in coal are introduced. Four main groups of trace element content level, say,> 50, 10 …

As, Hg, and Se are the most volatile elements in the flue gas from a coal-fired power plant.
Significant amounts of these elements cause an undesired direct gaseous emission, which …

Coal-fired power plant is considered to be main anthropogenic emitter for emission of
hazardous trace elements (HTEs), which can cause great damage on environment and …

Particulate matter in fly ash from ESP inlet and outlet of a coal fired power plant in India was
measured for five units of 120MW and 210MW of the power plant. Samples of the pulverised …

Trace elements such as mercury, arsenic and selenium present in coal are known to be of
concern for public health. Coal-fired power plants have resulted in emission of several tons …

Trace elements in coal produce migration and enrichment after combustion, the enrichment
and release of hazardous trace elements will cause effective harmful to human health and …