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Reduction Kinetics of Iron Ore-Graphite Composite Pellets: Some Studies on the Reduction Kinetics of Iron Ore-Graphite Composite Pellets in a Packed Bed Reactor - Brossura

 
9783843357821: Reduction Kinetics of Iron Ore-Graphite Composite Pellets: Some Studies on the Reduction Kinetics of Iron Ore-Graphite Composite Pellets in a Packed Bed Reactor

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The rate of reduction of iron ore-graphite composite pellets under inert and reducing atmospheres has been investigated in a tailor made thermo-gravimetric packed-bed reactor. A very low overall apparent activation energy estimated from experimental data indicates that the reduction is not chemical kinetics controlled. A kinetic model has been developed to quantify the temporal evolution of different iron oxide phases and metallic iron. The rate-dependent parameters (frequency factors and activation energy) have been estimated from experimental data by applying an optimization tool (Genetic Algorithm). The predicted phases at various degrees of reduction were verified by X-ray diffraction and metallographic investigation. A simplified thermal model has also been developed to show the role of heat transfer on the kinetics of the reduction process under inert atmosphere. The reduction kinetics of the composite pellets in the packed bed under reactive atmosphere is not heat transfer controlled and might possibly be controlled by CO-gas mass transfer through the pellets.

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Dr. Golap Mohammad Chowdhury; Deputy Manager, Iron & Sinter, Research & Develpoment Centre for Iron & Steel,SAIL,Ranchi,India. Dr. Gour Gopal Roy; Professor, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India. Dr. Sanat Kumar Roy; Professor & HoD, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India.

Dr. Golap Mohammad Chowdhury; Deputy Manager, Iron & Sinter, Research & Develpoment Centre for Iron & Steel,SAIL,Ranchi,India. Dr. Gour Gopal Roy; Professor, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India. Dr. Sanat Kumar Roy; Professor & HoD, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India.

Dr. Golap Mohammad Chowdhury; Deputy Manager, Iron & Sinter, Research & Develpoment Centre for Iron & Steel,SAIL,Ranchi,India. Dr. Gour Gopal Roy; Professor, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India. Dr. Sanat Kumar Roy; Professor & HoD, Dept. of Metallurical & Materials Engg., IIT, Kharagpur, India.

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  • EditoreLAP LAMBERT Academic Publishing
  • Data di pubblicazione2010
  • ISBN 10 384335782X
  • ISBN 13 9783843357821
  • RilegaturaCopertina flessibile
  • LinguaInglese
  • Numero di pagine112
  • Contatto del produttorenon disponibile

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Dr. Golap Mohammad Chowdhury|Prof. Gour Gopal Roy|Prof. Sanat Kumar Roy
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Condizione: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Chowdhury Dr. Golap MohammadDr. Golap Mohammad Chowdhury Deputy Manager, Iron & Sinter, Research & Develpoment Centre for Iron & Steel,SAIL,Ranchi,India. Dr. Gour Gopal Roy Professor, Dept. of Metallurical & Material. Codice articolo 5465762

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Golap Mohammad Chowdhury
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Taschenbuch. Condizione: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -The rate of reduction of iron ore-graphite composite pellets under inert and reducing atmospheres has been investigated in a tailor made thermo-gravimetric packed-bed reactor. A very low overall apparent activation energy estimated from experimental data indicates that the reduction is not chemical kinetics controlled. A kinetic model has been developed to quantify the temporal evolution of different iron oxide phases and metallic iron. The rate-dependent parameters (frequency factors and activation energy) have been estimated from experimental data by applying an optimization tool (Genetic Algorithm). The predicted phases at various degrees of reduction were verified by X-ray diffraction and metallographic investigation. A simplified thermal model has also been developed to show the role of heat transfer on the kinetics of the reduction process under inert atmosphere. The reduction kinetics of the composite pellets in the packed bed under reactive atmosphere is not heat transfer controlled and might possibly be controlled by CO-gas mass transfer through the pellets. 112 pp. Englisch. Codice articolo 9783843357821

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Golap Mohammad Chowdhury
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Taschenbuch. Condizione: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - The rate of reduction of iron ore-graphite composite pellets under inert and reducing atmospheres has been investigated in a tailor made thermo-gravimetric packed-bed reactor. A very low overall apparent activation energy estimated from experimental data indicates that the reduction is not chemical kinetics controlled. A kinetic model has been developed to quantify the temporal evolution of different iron oxide phases and metallic iron. The rate-dependent parameters (frequency factors and activation energy) have been estimated from experimental data by applying an optimization tool (Genetic Algorithm). The predicted phases at various degrees of reduction were verified by X-ray diffraction and metallographic investigation. A simplified thermal model has also been developed to show the role of heat transfer on the kinetics of the reduction process under inert atmosphere. The reduction kinetics of the composite pellets in the packed bed under reactive atmosphere is not heat transfer controlled and might possibly be controlled by CO-gas mass transfer through the pellets. Codice articolo 9783843357821

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Golap Mohammad Chowdhury
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Taschenbuch. Condizione: Neu. Neuware -The rate of reduction of iron ore-graphite composite pellets under inert and reducing atmospheres has been investigated in a tailor made thermo-gravimetric packed-bed reactor. A very low overall apparent activation energy estimated from experimental data indicates that the reduction is not chemical kinetics controlled. A kinetic model has been developed to quantify the temporal evolution of different iron oxide phases and metallic iron. The rate-dependent parameters (frequency factors and activation energy) have been estimated from experimental data by applying an optimization tool (Genetic Algorithm). The predicted phases at various degrees of reduction were verified by X-ray diffraction and metallographic investigation. A simplified thermal model has also been developed to show the role of heat transfer on the kinetics of the reduction process under inert atmosphere. The reduction kinetics of the composite pellets in the packed bed under reactive atmosphere is not heat transfer controlled and might possibly be controlled by CO-gas mass transfer through the pellets.Books on Demand GmbH, Überseering 33, 22297 Hamburg 112 pp. Englisch. Codice articolo 9783843357821

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Chowdhury, Dr. Golap Mohammad, Gour Gopal Roy, Prof., Sanat
ISBN 10: 384335782X ISBN 13: 9783843357821
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Paperback. Condizione: Like New. Like New. book. Codice articolo ERICA773384335782X6

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