Journal ArticleA laboratory combustor was used to investigate the factors that influence the conversion of fuel nitrogen in coal during coal combustion. Fuel NO was isolated by experimentation utilizing Argon / Oxygen / Carbon Dioxide mixtures as the oxidant, and care was taken to compare cases with air at matched conditions. For both well mixed and slowly mixed flame types, fuel NO contributed over 75% of the total NO emissions for all conditions examined. Fuel NO was insensitive to temperature changes except when the adiabatic flame temperatures were above 2480°K (4000°F). At the highest adiabatic flame temperature, 2580°K (4200°F), a 10% increase in fuel NO was observed
To fully utilize coal as a long-term energy source, pollution prevention technologies must be develo...
N2O formation/destruction characteristics in pulverized coal combustion especially at low temperatur...
Coal combustion in O₂/CO₂environment was examined with a bituminous coal in which the gas-phase and ...
Journal ArticleA 2 Kg/h pulverized fuel one dimensional flame combustor was used to determine time ...
Journal ArticleFifty coals from North America, Europe, Asia, South Africa and Australia were burned ...
Chemical kinetic mechanisms governing the fate of coal nitrogen in the fuel-rich stage of a pulveriz...
journal articleThe fate of char-N (nitrogen removed from the coal matrix during char oxidation) has ...
Journal ArticleMore stringent regulations for NOx control in pulverized coal combustors have made th...
WOS:000377148900028International audienceThis paper presents a series of measurements on pulverized ...
The effects of various basic factors of combustion conditions and coal properties on thermal NO_x fo...
A premixed, staged, down-fired, pulverized coal reactor and a flat flame burner were used to study t...
Journal ArticleStoker coal-fired furnaces are significant in terms of coal consumption and environme...
The conversion of coal and char nitrogen has been investigated during fuel rich combustion. The expe...
Journal ArticleA 900 kw model package boiler and a 20 kw laboratory tunnel furnace were used to stud...
The burning of all fossil fuels is accompanied by the production of large quantities of nitrogen oxi...
To fully utilize coal as a long-term energy source, pollution prevention technologies must be develo...
N2O formation/destruction characteristics in pulverized coal combustion especially at low temperatur...
Coal combustion in O₂/CO₂environment was examined with a bituminous coal in which the gas-phase and ...
Journal ArticleA 2 Kg/h pulverized fuel one dimensional flame combustor was used to determine time ...
Journal ArticleFifty coals from North America, Europe, Asia, South Africa and Australia were burned ...
Chemical kinetic mechanisms governing the fate of coal nitrogen in the fuel-rich stage of a pulveriz...
journal articleThe fate of char-N (nitrogen removed from the coal matrix during char oxidation) has ...
Journal ArticleMore stringent regulations for NOx control in pulverized coal combustors have made th...
WOS:000377148900028International audienceThis paper presents a series of measurements on pulverized ...
The effects of various basic factors of combustion conditions and coal properties on thermal NO_x fo...
A premixed, staged, down-fired, pulverized coal reactor and a flat flame burner were used to study t...
Journal ArticleStoker coal-fired furnaces are significant in terms of coal consumption and environme...
The conversion of coal and char nitrogen has been investigated during fuel rich combustion. The expe...
Journal ArticleA 900 kw model package boiler and a 20 kw laboratory tunnel furnace were used to stud...
The burning of all fossil fuels is accompanied by the production of large quantities of nitrogen oxi...
To fully utilize coal as a long-term energy source, pollution prevention technologies must be develo...
N2O formation/destruction characteristics in pulverized coal combustion especially at low temperatur...
Coal combustion in O₂/CO₂environment was examined with a bituminous coal in which the gas-phase and ...