Abstract
Experimental research of heating rate influence on coal samples gasification process of Krasnogorsky and Borodinsky coal deposit ranks A and 2B was done to define optimal heating mode in high intensification of dispersal of inflammable gases conditions. Abundance ratio of carbon monoxide and nitrogen monoxide, water vapor, carbon dioxide at four values of heating rate within the range of 5 to 30 K/min. with further definition of optimal heating rate of coals was stated.
Highlights
IntroductionIt is known [1,2,3,4,5], that 80% of coal produced in Russia are used for energy production by direct burning at thermal power stations, 15% are used in metallurgy and 5% are used in chemical industry [5-10]
Abundance ratio of carbon monoxide and nitrogen monoxide, water vapor, carbon dioxide at four values of heating rate within the range of 5 to 30 K/min. with further definition of optimal heating rate of coals was stated. It is known [1,2,3,4,5], that 80% of coal produced in Russia are used for energy production by direct burning at thermal power stations, 15% are used in metallurgy and 5% are used in chemical industry [5-10]
Analysis of the results presented in figure 1–4 showed that burning gas CO received at low heating rates has the highest discharge intensification
Summary
It is known [1,2,3,4,5], that 80% of coal produced in Russia are used for energy production by direct burning at thermal power stations, 15% are used in metallurgy and 5% are used in chemical industry [5-10]. - low grade coal gasification with further burning of refined gases at thermal power stations: - production of substitute natural gas used both in industrial, energetic and domestic sector of economy: - gasification for syngas, hydrogen and other reducing gases production in chemical industry. Rationale in such directions was specified with active discussions in scientific world
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