Four bituminous coals and one anthracite were used in this study. On the basis of the similar volatile matter contents of the four bituminous coals, the effects of ash in coal on the microstructure, carbonaceous structure, and chemical composition of pulverized coal were studied. Thermogravimetric analysis was used to study the effect of the addition of anthracite on the combustibility of four different bituminous coals. The results showed that with the increase of ash content in pulverized coal, the microstructure of carbon particles in coal was not much different. However, the analysis results of Raman spectroscopy and X-ray diffraction pattern showed that as the ash content increased, the degree of graphitization of coal carbonaceous str...
Combustion of a Chinese bituminous coal was carried out in a laboratory-scale drop tube furnace (DTF...
Chlorination and volatilization characteristics of minerals in coal ashes were studied for chemical ...
Co-pyrolysis of coal and lignocellulosic biomass has the potential to mitigate the emission of green...
The chemical structures of pyrolytic chars prepared from 32 kinds of Chinese coals were investigated...
This paper aims to investigate the evolution of the chemical structure of coal char during pyrolysis...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
Coal is still an important resource for power generation. The combustion behaviour of various types ...
Abstract In this study, the effect of ash removal on Shenfu bituminous coal was investigated. The co...
The structural parameters of six coals were determined by X-ray diffraction (XRD), scanning electron...
Abstract Catalytic coal gasification technology shows prominent advantages in enhancing coal gasific...
The nano-mineralogy, petrology, and chemistry of coal gasification products have not been studied as...
The effect of fuel properties on ash deposition behaviour in a coal fired Rotary kiln, used for prep...
Thermoplastic behaviour of coal plays a critical role on developing high coke quality attributes inc...
The gasification characteristics of three South African bituminous coals were investigated in a bubb...
The present paper was addressed toward the impact of O2/CO2 combustion on mineral transformation and...
Combustion of a Chinese bituminous coal was carried out in a laboratory-scale drop tube furnace (DTF...
Chlorination and volatilization characteristics of minerals in coal ashes were studied for chemical ...
Co-pyrolysis of coal and lignocellulosic biomass has the potential to mitigate the emission of green...
The chemical structures of pyrolytic chars prepared from 32 kinds of Chinese coals were investigated...
This paper aims to investigate the evolution of the chemical structure of coal char during pyrolysis...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
Coal is still an important resource for power generation. The combustion behaviour of various types ...
Abstract In this study, the effect of ash removal on Shenfu bituminous coal was investigated. The co...
The structural parameters of six coals were determined by X-ray diffraction (XRD), scanning electron...
Abstract Catalytic coal gasification technology shows prominent advantages in enhancing coal gasific...
The nano-mineralogy, petrology, and chemistry of coal gasification products have not been studied as...
The effect of fuel properties on ash deposition behaviour in a coal fired Rotary kiln, used for prep...
Thermoplastic behaviour of coal plays a critical role on developing high coke quality attributes inc...
The gasification characteristics of three South African bituminous coals were investigated in a bubb...
The present paper was addressed toward the impact of O2/CO2 combustion on mineral transformation and...
Combustion of a Chinese bituminous coal was carried out in a laboratory-scale drop tube furnace (DTF...
Chlorination and volatilization characteristics of minerals in coal ashes were studied for chemical ...
Co-pyrolysis of coal and lignocellulosic biomass has the potential to mitigate the emission of green...