Add to ORKGThe combustion of calcium-exchanged coals was studied in a laminar flow reactor under strongly fuel-lean conditions. The aim was to study the nature of release and capture of sulphur oxides in the presence of finely dispersed calcium oxide and explore the effectiveness of calcium-exchange pretreatment for sulphur emission control in coal combustion. The experimental variables were residence time, oxygen concentration, reactor temperature and amount of calcium additive. A Texas lignite and an Indiana high volatile B bituminous coal were used. Analysis of the experimental data indicated that sulphur capture increased with residence time and oxygen concentration. The results also showed that sulphur capture was approximately proportional to th...
Calcium oxide sorbents injected in a stagging combustor react with the sulfur released during coal c...
It is shown that an effective way of burning high sulfur coal is to burn coal-water slurry fuel (CWF...
In this work, SO2 retention via calcium-based sorbents added in a continuous bubbling fluidized bed...
The combustion of calcium-exchanged coals was studied in a laminar flow reactor under strongly fuel-...
A new technique is described for precipitating CaCO_3 within the porous space of coal with the objec...
A new technique is described for precipitating CaCO_3 within the porous space of coal with the objec...
The LIMB (limestone injection multi-stage burner) process offers special potential for reducing NO/s...
A novel technique is described whereby sulphur dioxide adsorbents can be incorporated directly into ...
Calcium oxide injected in a slagging combustor reacts with the sulfur from coal combustion to form s...
The process of inherent sulfur capture in coal particles during combustion in fluidized bed was mode...
The process of inherent sulfur capture in coal particles during combustion in fluidized bed was mode...
The process of sulfur self-retention (SSR) occurs as a result of the reactions between the mineral m...
The process of sulfur self-retention (SSR) occurs as a result of the reactions between the mineral m...
Sulfur removal by direct injection of calcium-based sorbents is an attractive option for emerging co...
Thesis (M.Sc. (Chemical Engineering))--North-West University, Potchefstroom Campus, 2008.A study was...
Calcium oxide sorbents injected in a stagging combustor react with the sulfur released during coal c...
It is shown that an effective way of burning high sulfur coal is to burn coal-water slurry fuel (CWF...
In this work, SO2 retention via calcium-based sorbents added in a continuous bubbling fluidized bed...
The combustion of calcium-exchanged coals was studied in a laminar flow reactor under strongly fuel-...
A new technique is described for precipitating CaCO_3 within the porous space of coal with the objec...
A new technique is described for precipitating CaCO_3 within the porous space of coal with the objec...
The LIMB (limestone injection multi-stage burner) process offers special potential for reducing NO/s...
A novel technique is described whereby sulphur dioxide adsorbents can be incorporated directly into ...
Calcium oxide injected in a slagging combustor reacts with the sulfur from coal combustion to form s...
The process of inherent sulfur capture in coal particles during combustion in fluidized bed was mode...
The process of inherent sulfur capture in coal particles during combustion in fluidized bed was mode...
The process of sulfur self-retention (SSR) occurs as a result of the reactions between the mineral m...
The process of sulfur self-retention (SSR) occurs as a result of the reactions between the mineral m...
Sulfur removal by direct injection of calcium-based sorbents is an attractive option for emerging co...
Thesis (M.Sc. (Chemical Engineering))--North-West University, Potchefstroom Campus, 2008.A study was...
Calcium oxide sorbents injected in a stagging combustor react with the sulfur released during coal c...
It is shown that an effective way of burning high sulfur coal is to burn coal-water slurry fuel (CWF...
In this work, SO2 retention via calcium-based sorbents added in a continuous bubbling fluidized bed...