Study of the correlation between the coal calorific value and coal ash content using X-ray fluorescence analysis
Damdinsuren Bolortuya, Purev Zuzaan, M. V. Gustova, Oleg D. Maslov
Abstract
Damdinsuren Bolortuya, Purev Zuzaan, M. V. Gustova, Oleg D. Maslov
Abstract
In this paper we have studied the possibility of determining the chemical elements in coal samples using X-ray fluorescence analysis and have found a relationship between the coal calorific value and its ash content with the coal moisture accounting. The amount of coal ash can be determined by the content of the basic chemical elements, such as Si, Sr, Fe, and Ca. It was concluded that the calorific value of coal can be estimated from the ash content in coal without the calorimetric measurements. These correlation coefficients were calculated for coal from several coal mines in Mongolia. The results are in good agreement with the results of chemical analysis.
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In this paper we have studied the possibility of determining the chemical elements in coal samples using X-ray fluorescence analysis and have found a relationship between the coal calorific value and its ash content with the coal moisture accounting. The amount of coal ash can be determined by the content of the basic chemical elements, such as Si, Sr, Fe, and Ca. It was concluded that the calorific value of coal can be estimated from the ash content in coal without the calorimetric measurements. These correlation coefficients were calculated for coal from several coal mines in Mongolia. The results are in good agreement with the results of chemical analysis.
Key concepts: Coal, Heat of combustion, Energy value of coal, Water content, X-ray fluorescence, Physics, Analytical Chemistry (journal), Mineralogy