Kinetic Description of the Mass Transfer in Ladle Metallurgy Operations

Victor H. Hernández; Fidel Reyes; Juliana Gutiérrez; Gabriel Plascencia; Fernando Martínez

doi:10.4028/www.scientific.net/DDF.273-276.491

Paper Titles

Interfacial Reactions during the Dissolution of Titanium in Liquid Iron
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Parametric Analyses of the TROI Experimental Results by Using the TEXAS-V Code
p.474

Defect-Induced Photoluminescence of Powdered Silica Glass
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Mass Transfer Kinetics in the Desulphurisation of Pig Iron with CaO and CaC₂
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Kinetic Description of the Mass Transfer in Ladle Metallurgy Operations
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Estimation of the Rate of Hydrogen Penetration in a Welded API 5L Steel Pipe
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Mössbauer Spectroscopy Studies of Grain Boundaries in Nanostructured Metals
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Effect of Doping, Composite Geometry and Diffusion Annealing Schedules on the Structure of Nb₃Sn Layers in Nb/Cu-Sn Wires
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Kinetics Parameters of Atomic Migration and Diffuse Scattering of Radiations within the F.C.C.-Ni–Al Alloys
p.520

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Kinetic Description of the Mass Transfer in Ladle Metallurgy Operations

Abstract:

In this work a kinetic model which describes the main refining reactions in a ladle furnace is depicted. The main difference between this work and other models previously reported relies on a formal quantification of the multi-component diffusion kinetics expressed as an analytical solution. Results from this model reproduce/predict adequately the chemical steps involved in an integrated steel shop.