A model for reduction of FeO with hydrogen in a countercurrent moving bed reactor is summarized. This model is a special case of a mor ecomplete model which also includes reduction of the higher oxides, hematite and magnetite, with a mixture of reducing gases, thus describing the production of direct-reduced iron from iron ores. Equations governing the heat and mass transfer between the gas and solid phase are not given here, but play an important role in the dynamic bahviour of the model
Reduction of iron ore is central to iron and steel making process. The reaction kinetics are general...
A mathematical model has been developed to better understand and optimize an existing chemical proce...
ABSTRACT. Studying gas interaction process during the barbotage at the multi-component oxide melt wi...
In an effort to develop breakthrough technologies that enable drastic reduction in CO2 emissions fro...
This paper addresses the modeling of the iron ore direct reduction process, a process likely to redu...
Increasing interest in the direct reduction of iron has revived investigations on gaseous iron oxide...
Iron is mainly produced from its oxide ores, mostly from hematite, Fe2O3. In direct reduction proces...
Iron-ore reduction has attracted much interest in the last three decades since it can be considered ...
Iron ore direct reduction is an attractive alternative steelmaking process in the context of greenho...
Copyright © 2010 Bayu Alamsari et al. This is an open access article distributed under the Creative ...
With an average annual production of 45 million tons, Germany is one of the world's largest steel pr...
This paper describes a model for the simulation of the process of direct reduction of iron ore for s...
A two-dimensional mathematical model was developed to obtain the distributions of the process variab...
In metallurgical processes, more and more usage of hydrocarbons is encouraged to bring down the carb...
<div><p>Abstract A numerical model based on transport equations for momentum, energy and chemical sp...
Reduction of iron ore is central to iron and steel making process. The reaction kinetics are general...
A mathematical model has been developed to better understand and optimize an existing chemical proce...
ABSTRACT. Studying gas interaction process during the barbotage at the multi-component oxide melt wi...
In an effort to develop breakthrough technologies that enable drastic reduction in CO2 emissions fro...
This paper addresses the modeling of the iron ore direct reduction process, a process likely to redu...
Increasing interest in the direct reduction of iron has revived investigations on gaseous iron oxide...
Iron is mainly produced from its oxide ores, mostly from hematite, Fe2O3. In direct reduction proces...
Iron-ore reduction has attracted much interest in the last three decades since it can be considered ...
Iron ore direct reduction is an attractive alternative steelmaking process in the context of greenho...
Copyright © 2010 Bayu Alamsari et al. This is an open access article distributed under the Creative ...
With an average annual production of 45 million tons, Germany is one of the world's largest steel pr...
This paper describes a model for the simulation of the process of direct reduction of iron ore for s...
A two-dimensional mathematical model was developed to obtain the distributions of the process variab...
In metallurgical processes, more and more usage of hydrocarbons is encouraged to bring down the carb...
<div><p>Abstract A numerical model based on transport equations for momentum, energy and chemical sp...
Reduction of iron ore is central to iron and steel making process. The reaction kinetics are general...
A mathematical model has been developed to better understand and optimize an existing chemical proce...
ABSTRACT. Studying gas interaction process during the barbotage at the multi-component oxide melt wi...