2014Energy ProcediaOpen access

Experimental Study on Combustion Characteristics of Ultrafine Pulverized Fujian Anthracite

Huanghuang Zhuang, Hongzhou He, Longfei Zhao, Zhiwei Li

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Abstract

The combustion characteristics of ultrafine pulverized Fujian anthracite were studied by comparison of ultrafine and conventional pulverized Fujian anthracite. The results show that ultrafine pulverized action has more positive significance to Fujian anthracite which has difficulties in ignition, stabilization and burnout. For Fujian Tianhushan anthracite, as the average coal particle size decreases from 38.002 μm to 14.877 μm, the coal's ignition temperature, burnout temperature and activation energy reduced from 620.19°C, 763.40°C and 185.21 kJ/mol to 616.10°C, 739.34°C and 169.25 kJ/mol, respectively, while its comprehensive combustion characteristic index increases from 3.696×10 -5 to 4.087×10 -5 .

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The combustion characteristics of ultrafine pulverized Fujian anthracite were studied by comparison of ultrafine and conventional pulverized Fujian anthracite. The results show that ultrafine pulverized action has more positive significance to Fujian anthracite which has difficulties in ignition, stabilization and burnout. For Fujian Tianhushan anthracite, as the average coal particle size decreases from 38.002 μm to 14.877 μm, the coal's ignition temperature, burnout temperature and activation energy reduced from 620.19°C, 763.40°C and 185.21 kJ/mol to 616.10°C, 739.34°C and 169.25 kJ/mol, respectively, while its comprehensive combustion characteristic index increases from 3.696×10 -5 to 4.087×10 -5 .

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Available abstract

The combustion characteristics of ultrafine pulverized Fujian anthracite were studied by comparison of ultrafine and conventional pulverized Fujian anthracite. The results show that ultrafine pulverized action has more positive significance to Fujian anthracite which has difficulties in ignition, stabilization and burnout. For Fujian Tianhushan anthracite, as the average coal particle size decreases from 38.002 μm to 14.877 μm, the coal's ignition temperature, burnout temperature and activation energy reduced from 620.19°C, 763.40°C and 185.21 kJ/mol to 616.10°C, 739.34°C and 169.25 kJ/mol, respectively, while its comprehensive combustion characteristic index increases from 3.696×10 -5 to 4.087×10 -5 .

Key concepts: Anthracite, Pulverized coal-fired boiler, Combustion, Ignition system, Coal, Autoignition temperature, Materials science, Metallurgy

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