In this research effect of particle size on the combustion properties of Cayirhan coal sample was studied. Non-isothermal thermogravimetry and derivative thermogravimetry (TG/DTG) experiment were carried out for twelve different size fractions of the Cayirhan coal sample. Thermogravimetry experiments were performed from ambient to 900 degrees C in air atmosphere. Differential thermogravimetric data were analysed using an Arrhenius type reaction model assuming a first-order reaction. Kinetic parameters of the samples are determined and the results are discussed
Abstract In this study, a packed bed reactor was developed to investigate the gasification process o...
Knowledge of coal combustion kinetics is crucial for burner design. This work aims to contribute on ...
A pyrometric method was used for simultaneous in situ measurement of the temperature and size of ind...
This research comprises the effect of particle size on coal pyrolysis by thermogravimetry (TG/DTG). ...
Summarization: A mathematical model for the combustion in air of a single entrained spherical coal p...
An investigation was undertaken to determine the distribution of chemical-, petrographic- and minera...
The purpose of this study was to investigate the temperature of coal particle during combustion in f...
Combustion characteristics of two different coal samples were investigated using power compensating ...
The use of fluidized bed combustors to burn coal is largely studied to permit the addition of limest...
In this research, differential scanning calorimetry (DSC) was used to determine the combustion behav...
The goal of this project was to develop a methodology based on the properties of coal to predict the...
Two bituminous coal samples with particle size less than 212 um were heated at three different heati...
In this research, effect of particle size on the oxidation mechanisms of Cayirhan, Tuncbilek and Som...
Thermogravimetry (TG) analysis has been applied for the pyrolysis of two low rank Sarawak coals Meri...
The study involved the combustion of cleaned and uncleaned Philippine coals as well as imported coal...
Abstract In this study, a packed bed reactor was developed to investigate the gasification process o...
Knowledge of coal combustion kinetics is crucial for burner design. This work aims to contribute on ...
A pyrometric method was used for simultaneous in situ measurement of the temperature and size of ind...
This research comprises the effect of particle size on coal pyrolysis by thermogravimetry (TG/DTG). ...
Summarization: A mathematical model for the combustion in air of a single entrained spherical coal p...
An investigation was undertaken to determine the distribution of chemical-, petrographic- and minera...
The purpose of this study was to investigate the temperature of coal particle during combustion in f...
Combustion characteristics of two different coal samples were investigated using power compensating ...
The use of fluidized bed combustors to burn coal is largely studied to permit the addition of limest...
In this research, differential scanning calorimetry (DSC) was used to determine the combustion behav...
The goal of this project was to develop a methodology based on the properties of coal to predict the...
Two bituminous coal samples with particle size less than 212 um were heated at three different heati...
In this research, effect of particle size on the oxidation mechanisms of Cayirhan, Tuncbilek and Som...
Thermogravimetry (TG) analysis has been applied for the pyrolysis of two low rank Sarawak coals Meri...
The study involved the combustion of cleaned and uncleaned Philippine coals as well as imported coal...
Abstract In this study, a packed bed reactor was developed to investigate the gasification process o...
Knowledge of coal combustion kinetics is crucial for burner design. This work aims to contribute on ...
A pyrometric method was used for simultaneous in situ measurement of the temperature and size of ind...