Abstract
A sensor of the combustion quality of gas and oil fuel in boiler furnaces which is intended to be used for automatic measurement of an excess amount of 0/sub 2/ and fuel components, and also of associated elements present in a stoichiometric ratio of 0/sub 2/ and fuel components in the waste gasses is proposed. The AST-2 fuel combustion analyzer is developed based on this sensor. It consists of a sample preparation unit of the controlled environment and a power source. The sample preparation unit is determined by the structural engineering specifics of the power unit in which the fuel combustion controlled process is carried out. The sample preparation unit, which is made for 11 open-hearth ovens of ''Azovstal''' factory, is intended for drying and purging of mechanical and aggressive impurities the samples of the gas to be analyzed and additional reagents, and also for controlling and monitoring constancy and amount of pressure, temperature, and humidity.
Citation Formats
Babushkin, V V, Furman, N I, Shcherban, A N, and Tarasevich, V N.
Automatic analyzer of the coefficient of excess air and products of chemical under firing of heat and power engineering installations.
Ukraine: N. p.,
1981.
Web.
Babushkin, V V, Furman, N I, Shcherban, A N, & Tarasevich, V N.
Automatic analyzer of the coefficient of excess air and products of chemical under firing of heat and power engineering installations.
Ukraine.
Babushkin, V V, Furman, N I, Shcherban, A N, and Tarasevich, V N.
1981.
"Automatic analyzer of the coefficient of excess air and products of chemical under firing of heat and power engineering installations."
Ukraine.
@misc{etde_6444526,
title = {Automatic analyzer of the coefficient of excess air and products of chemical under firing of heat and power engineering installations}
author = {Babushkin, V V, Furman, N I, Shcherban, A N, and Tarasevich, V N}
abstractNote = {A sensor of the combustion quality of gas and oil fuel in boiler furnaces which is intended to be used for automatic measurement of an excess amount of 0/sub 2/ and fuel components, and also of associated elements present in a stoichiometric ratio of 0/sub 2/ and fuel components in the waste gasses is proposed. The AST-2 fuel combustion analyzer is developed based on this sensor. It consists of a sample preparation unit of the controlled environment and a power source. The sample preparation unit is determined by the structural engineering specifics of the power unit in which the fuel combustion controlled process is carried out. The sample preparation unit, which is made for 11 open-hearth ovens of ''Azovstal''' factory, is intended for drying and purging of mechanical and aggressive impurities the samples of the gas to be analyzed and additional reagents, and also for controlling and monitoring constancy and amount of pressure, temperature, and humidity.}
journal = []
volume = {3:3}
journal type = {AC}
place = {Ukraine}
year = {1981}
month = {Jan}
}
title = {Automatic analyzer of the coefficient of excess air and products of chemical under firing of heat and power engineering installations}
author = {Babushkin, V V, Furman, N I, Shcherban, A N, and Tarasevich, V N}
abstractNote = {A sensor of the combustion quality of gas and oil fuel in boiler furnaces which is intended to be used for automatic measurement of an excess amount of 0/sub 2/ and fuel components, and also of associated elements present in a stoichiometric ratio of 0/sub 2/ and fuel components in the waste gasses is proposed. The AST-2 fuel combustion analyzer is developed based on this sensor. It consists of a sample preparation unit of the controlled environment and a power source. The sample preparation unit is determined by the structural engineering specifics of the power unit in which the fuel combustion controlled process is carried out. The sample preparation unit, which is made for 11 open-hearth ovens of ''Azovstal''' factory, is intended for drying and purging of mechanical and aggressive impurities the samples of the gas to be analyzed and additional reagents, and also for controlling and monitoring constancy and amount of pressure, temperature, and humidity.}
journal = []
volume = {3:3}
journal type = {AC}
place = {Ukraine}
year = {1981}
month = {Jan}
}