Process simulation is an important tool for understanding the impact of process parameters on the product quality and for the purpose of process optimisation. In the present work a dynamic, non-equilibrium model based on thermodynamics over the Peirce-Smith converter has been developed. The non-equilibrium conditions have been simulated by introducing individual but linked segments. The purpose of using segments was to consider different reaction zones which yield different conditions within the converter. The model was validated using plant data and showed good agreement for the major elementsGodkänd; 2014; 20140612 (lenann
In this study, we have experimentally and numerically studied fluid flow behaviour in industrialPeir...
The primary goal in steel converter operation is the removal of carbon from the hot metal. This is a...
A dynamic model has been constructed to describe the Cu oxidation reaction within a large-scale Cu/C...
Process simulation is an important tool for understanding the impact of process parameters on the pr...
Process simulation is an important tool for understanding the impact of process parameters on the pr...
Copper was one of the first metals ever extracted and used by mankind. It is used for its unique pro...
The Peirce-Smith converter, as used for copper and nickel converting, has changed little in the eig...
Continuous copper converting processes are replacing traditional peirce-smith converters because the...
Computer simulation plays an increasingly important role in improving the environmental and economic...
A mathematical model of the nickel converter has been developed based on the assumption that the con...
Our industrialised society is currently facing significant challenges including resource scarcity, m...
Copper, like silver and gold, is one of the metals that are known to have been worked by some of the...
Abstract In modern steelmaking, the decarburization of hot metal is converted into steel primarily i...
Exergy analysis is one of the useful decision-support tools in assessing the environmental impact re...
The dynamic behaviour of an industrial copper solvent extraction mixer–settler cascade is modelled t...
In this study, we have experimentally and numerically studied fluid flow behaviour in industrialPeir...
The primary goal in steel converter operation is the removal of carbon from the hot metal. This is a...
A dynamic model has been constructed to describe the Cu oxidation reaction within a large-scale Cu/C...
Process simulation is an important tool for understanding the impact of process parameters on the pr...
Process simulation is an important tool for understanding the impact of process parameters on the pr...
Copper was one of the first metals ever extracted and used by mankind. It is used for its unique pro...
The Peirce-Smith converter, as used for copper and nickel converting, has changed little in the eig...
Continuous copper converting processes are replacing traditional peirce-smith converters because the...
Computer simulation plays an increasingly important role in improving the environmental and economic...
A mathematical model of the nickel converter has been developed based on the assumption that the con...
Our industrialised society is currently facing significant challenges including resource scarcity, m...
Copper, like silver and gold, is one of the metals that are known to have been worked by some of the...
Abstract In modern steelmaking, the decarburization of hot metal is converted into steel primarily i...
Exergy analysis is one of the useful decision-support tools in assessing the environmental impact re...
The dynamic behaviour of an industrial copper solvent extraction mixer–settler cascade is modelled t...
In this study, we have experimentally and numerically studied fluid flow behaviour in industrialPeir...
The primary goal in steel converter operation is the removal of carbon from the hot metal. This is a...
A dynamic model has been constructed to describe the Cu oxidation reaction within a large-scale Cu/C...