COMBUSTION RATE OF COKE AT VARIOUS STATES PREPARED BY USING FINE ALUMINA INSTEAD OF IRON ORE.

Eiki Kasai; Yasuo Omori

COMBUSTION RATE OF COKE AT VARIOUS STATES PREPARED BY USING FINE ALUMINA INSTEAD OF IRON ORE.

ENV - Frontier Science for Advanced Environment

Research output: Contribution to journal › Conference article

Abstract

This report gives combination rates of coke prepared with metallurgical coke and fine alumina. The bed was preheated to a specified temperature in a N//2 stream. The gas was changed to a mixture of N//2-O//2(20%). The unreacted core model can be applied to combustion of S and P type cokes; the model for S type is shown. A mathematical model of this experiment was developed.

Original language	English
Journal	Transactions of the Iron and Steel Institute of Japan
Volume	26
Issue number	1
Publication status	Published - 1985 Jan 1
Event	Prepr for the 110th ISIJ Meet, Part 1 - Niigata, Jpn Duration: 1985 Oct 4 → 1985 Oct 6

ASJC Scopus subject areas

Engineering(all)

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Kasai, E., & Omori, Y. (1985). COMBUSTION RATE OF COKE AT VARIOUS STATES PREPARED BY USING FINE ALUMINA INSTEAD OF IRON ORE. Transactions of the Iron and Steel Institute of Japan, 26(1).

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abstract = "This report gives combination rates of coke prepared with metallurgical coke and fine alumina. The bed was preheated to a specified temperature in a N//2 stream. The gas was changed to a mixture of N//2-O//2(20%). The unreacted core model can be applied to combustion of S and P type cokes; the model for S type is shown. A mathematical model of this experiment was developed.",

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AU - Omori, Yasuo

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N2 - This report gives combination rates of coke prepared with metallurgical coke and fine alumina. The bed was preheated to a specified temperature in a N//2 stream. The gas was changed to a mixture of N//2-O//2(20%). The unreacted core model can be applied to combustion of S and P type cokes; the model for S type is shown. A mathematical model of this experiment was developed.

AB - This report gives combination rates of coke prepared with metallurgical coke and fine alumina. The bed was preheated to a specified temperature in a N//2 stream. The gas was changed to a mixture of N//2-O//2(20%). The unreacted core model can be applied to combustion of S and P type cokes; the model for S type is shown. A mathematical model of this experiment was developed.

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