This paper investigates fluid-bed drying of lignite, in a batch-wise laboratory scale dryer. Based on experimental data, the rate controlling step was partly characterized by determining the observed activation energy for the process. The effects of temperature and particle size on drying rate were studied to obtain information relating to optimum operating conditions. The boundary layer resistance was also shown to affect the rate of evaporation of moisture from the particulate solid. © 1990
This is the sixth Quarterly Report for this project. The background and technical justification for ...
Lignite-fired coal power plants suffer from a significant heat loss due to the high moisture cont...
Fluidised bed drying is currently receiving much attention as a dewatering option during the benefic...
To simulate the drying behavior of lignite in the high-temperature thermal conversion process, a mic...
To simulate the drying behavior of lignite in the high-temperature thermal conversion process, a mic...
Study of drying characteristics and kinetics of coal is necessary in order to optimize drying operat...
A superheated steam fluidized bed dryer (SSFBD) in a self-heat recuperative configuration has a grea...
A superheated steam fluidized bed dryer (SSFBD) in a self-heat recuperative configuration has a grea...
The drying kinetics of Chinese lignite in nitrogen fluidized-bed, superheated steam fluidized-bed an...
An overview of the current status of low-rank coal upgrading technologies is presented in the paper,...
High water content and ash content are major challenges in lignite utilization. The beneficiation pr...
The combined dewatering process and dry separation in a vibration fluidized-bed dryer was developed ...
High water content and ash content are major challenges in lignite utilization. The beneficiation pr...
Low calorific value of lignite, mostly attributed to high moisture content, undermines usability of ...
Despite benefiting from vast fuel reserves, combustion of low-rank coals is commonly characterized b...
This is the sixth Quarterly Report for this project. The background and technical justification for ...
Lignite-fired coal power plants suffer from a significant heat loss due to the high moisture cont...
Fluidised bed drying is currently receiving much attention as a dewatering option during the benefic...
To simulate the drying behavior of lignite in the high-temperature thermal conversion process, a mic...
To simulate the drying behavior of lignite in the high-temperature thermal conversion process, a mic...
Study of drying characteristics and kinetics of coal is necessary in order to optimize drying operat...
A superheated steam fluidized bed dryer (SSFBD) in a self-heat recuperative configuration has a grea...
A superheated steam fluidized bed dryer (SSFBD) in a self-heat recuperative configuration has a grea...
The drying kinetics of Chinese lignite in nitrogen fluidized-bed, superheated steam fluidized-bed an...
An overview of the current status of low-rank coal upgrading technologies is presented in the paper,...
High water content and ash content are major challenges in lignite utilization. The beneficiation pr...
The combined dewatering process and dry separation in a vibration fluidized-bed dryer was developed ...
High water content and ash content are major challenges in lignite utilization. The beneficiation pr...
Low calorific value of lignite, mostly attributed to high moisture content, undermines usability of ...
Despite benefiting from vast fuel reserves, combustion of low-rank coals is commonly characterized b...
This is the sixth Quarterly Report for this project. The background and technical justification for ...
Lignite-fired coal power plants suffer from a significant heat loss due to the high moisture cont...
Fluidised bed drying is currently receiving much attention as a dewatering option during the benefic...