Abstract
In order to improve the performance of coal fired furnaces, a better understanding of coal devolatilization is very much of interest. The process is complex, coupling heat transport and mass transport to the kinetics of the decomposition reactions. A complete description of the process with respect to composition and evolution rate of individual volatiles is presently not possible. The present paper provides a short discussion of the transport mechanisms involved in devolatilization, i.e heat and mass transport. Furthermore, predicted heating times of coal particles using simple models are presented. (au) (12 refs.).
Citation Formats
Jensen, A.
Heating of coal particles in fluidized bed combustion.
Denmark: N. p.,
1991.
Web.
Jensen, A.
Heating of coal particles in fluidized bed combustion.
Denmark.
Jensen, A.
1991.
"Heating of coal particles in fluidized bed combustion."
Denmark.
@misc{etde_10112724,
title = {Heating of coal particles in fluidized bed combustion}
author = {Jensen, A}
abstractNote = {In order to improve the performance of coal fired furnaces, a better understanding of coal devolatilization is very much of interest. The process is complex, coupling heat transport and mass transport to the kinetics of the decomposition reactions. A complete description of the process with respect to composition and evolution rate of individual volatiles is presently not possible. The present paper provides a short discussion of the transport mechanisms involved in devolatilization, i.e heat and mass transport. Furthermore, predicted heating times of coal particles using simple models are presented. (au) (12 refs.).}
place = {Denmark}
year = {1991}
month = {Nov}
}
title = {Heating of coal particles in fluidized bed combustion}
author = {Jensen, A}
abstractNote = {In order to improve the performance of coal fired furnaces, a better understanding of coal devolatilization is very much of interest. The process is complex, coupling heat transport and mass transport to the kinetics of the decomposition reactions. A complete description of the process with respect to composition and evolution rate of individual volatiles is presently not possible. The present paper provides a short discussion of the transport mechanisms involved in devolatilization, i.e heat and mass transport. Furthermore, predicted heating times of coal particles using simple models are presented. (au) (12 refs.).}
place = {Denmark}
year = {1991}
month = {Nov}
}