Gasification of coke with carbon dioxide is a major reaction in ironmaking and carbothermal reduction of alumina, titania and other metal oxides. This paper examines the effects of temperature, CO2 partial pressure, gas flow rate and particle size on the rate of coke gasification by CO2
The projects aim was to study gasification of carbonaceous materials in application to pyrometallurg...
The gasification of graphite by carbon dioxide was studied under atmospheric pressure in a fixed bed...
For achieving green production of iron ore sintering, it is significant to substitute biochar, which...
The reaction kinetics of the gasification of a metallurgical coke was investigated using a thermogra...
Of all coke properties the influence of the catalytic mineral matter on reactivity of metallurgical ...
The blast furnace process is the dominant ironmaking route in the steel industry because of its high...
Gasification of metallurgical coke to which Fe had been added was studied at 1 000, 1 200, 1 400°C w...
The gasification characteristics and gasification kinetics of coke in complex CO2/CO/H-2/H2O/N-2 sys...
Recently, in order to stabilize the blast furnace conditions, the vapour and/or pulverized coal are ...
MasterIn order to apply the hydrogen contained gas injection into tuyere in the blast furnace, it is...
Inherent metallic species retained by coal char or coke, such as Na and Ca, behave as catalysts in g...
AbstractIn this study the effects of iron chloride (FeCl3) on the CO2 gasification kinetics of lower...
Gasification of metallurgical coke was studied at 1 000, 1 200 and 1 400°C with Ar-CO-CO2 mixtures. ...
Abstract Most of world steel in 2018 has been produced from virgin iron ore via the blast furnace (...
Gasification of carbonaceous materials is an important category of reactions in metallurgical proces...
The projects aim was to study gasification of carbonaceous materials in application to pyrometallurg...
The gasification of graphite by carbon dioxide was studied under atmospheric pressure in a fixed bed...
For achieving green production of iron ore sintering, it is significant to substitute biochar, which...
The reaction kinetics of the gasification of a metallurgical coke was investigated using a thermogra...
Of all coke properties the influence of the catalytic mineral matter on reactivity of metallurgical ...
The blast furnace process is the dominant ironmaking route in the steel industry because of its high...
Gasification of metallurgical coke to which Fe had been added was studied at 1 000, 1 200, 1 400°C w...
The gasification characteristics and gasification kinetics of coke in complex CO2/CO/H-2/H2O/N-2 sys...
Recently, in order to stabilize the blast furnace conditions, the vapour and/or pulverized coal are ...
MasterIn order to apply the hydrogen contained gas injection into tuyere in the blast furnace, it is...
Inherent metallic species retained by coal char or coke, such as Na and Ca, behave as catalysts in g...
AbstractIn this study the effects of iron chloride (FeCl3) on the CO2 gasification kinetics of lower...
Gasification of metallurgical coke was studied at 1 000, 1 200 and 1 400°C with Ar-CO-CO2 mixtures. ...
Abstract Most of world steel in 2018 has been produced from virgin iron ore via the blast furnace (...
Gasification of carbonaceous materials is an important category of reactions in metallurgical proces...
The projects aim was to study gasification of carbonaceous materials in application to pyrometallurg...
The gasification of graphite by carbon dioxide was studied under atmospheric pressure in a fixed bed...
For achieving green production of iron ore sintering, it is significant to substitute biochar, which...