Experimental research on non-isothermal combustion characteristics and dynamics parameters of applied pulverized coal under preheating domestically is conducted with a thermo gravimetric balance. The combustion characteristic parameters such as ignition temperature, peak temperature at maximum weight loss rate, burnout temperature, general burn exponent(G), and maximum combustion rate are studied under different preheating temperatures of 423, 473, 523, 573, 623, 673, 723 and 773 K. The activation energy (E) and frequency factor (A) are also calculated. The results show that for pulverized coal in the North Area, during the preheating process, when temperature varies from 423 K to 773 K, ignition temperature decreases by 240 K mostly, peak ...
AbstractTo investigate the spontaneous combustion of coal, a moderate scale experiment was carried o...
Paper from the AFRC 2015 conference titled A Study of Flameless Combustion Behavior of Pulverized Co...
A study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and d...
Combustion process of bituminous coal, steam coal, anthracite (AC) and semi-coke were investigated t...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
Pyrolysis and combustion behaviors of three coals (A, B, and C coals) were investigated and their co...
This article is devoted to the investigation of thermal characteristics of pulverized coal combustio...
Five coal samples from different origins are characterized for their pyrolysis and combustion featur...
The kinetic characteristics of pulverized coal combustion in the two-phase flow were studied using t...
In this paper, effect of gasification temperature and residence time on gasification characteristics...
Analysis of the perspectives of the coal fuel for thermal power plants is carried out. The necessity...
Paper from the AFRC 2013 conference titled Experimental study on preheating and combustion character...
Knowledge of coal combustion kinetics is crucial for burner design. This work aims to contribute on ...
The combustion characteristics of chars derived from a bituminous coal (Datung, also denoted as DT) ...
A flow tube reactor for the study of the reactivity of pulverized coal under controlled conditions h...
AbstractTo investigate the spontaneous combustion of coal, a moderate scale experiment was carried o...
Paper from the AFRC 2015 conference titled A Study of Flameless Combustion Behavior of Pulverized Co...
A study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and d...
Combustion process of bituminous coal, steam coal, anthracite (AC) and semi-coke were investigated t...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
Pyrolysis and combustion behaviors of three coals (A, B, and C coals) were investigated and their co...
This article is devoted to the investigation of thermal characteristics of pulverized coal combustio...
Five coal samples from different origins are characterized for their pyrolysis and combustion featur...
The kinetic characteristics of pulverized coal combustion in the two-phase flow were studied using t...
In this paper, effect of gasification temperature and residence time on gasification characteristics...
Analysis of the perspectives of the coal fuel for thermal power plants is carried out. The necessity...
Paper from the AFRC 2013 conference titled Experimental study on preheating and combustion character...
Knowledge of coal combustion kinetics is crucial for burner design. This work aims to contribute on ...
The combustion characteristics of chars derived from a bituminous coal (Datung, also denoted as DT) ...
A flow tube reactor for the study of the reactivity of pulverized coal under controlled conditions h...
AbstractTo investigate the spontaneous combustion of coal, a moderate scale experiment was carried o...
Paper from the AFRC 2015 conference titled A Study of Flameless Combustion Behavior of Pulverized Co...
A study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and d...