Advanced Pulverized Coal Injection Technology and Blast Furnace Operation - 1st Edition - ISBN: 9780080436517, 9780080546353

Advanced Pulverized Coal Injection Technology and Blast Furnace Operation

1st Edition

Editors: K. Ishii
Hardcover ISBN: 9780080436517
eBook ISBN: 9780080546353
Imprint: Pergamon
Published Date: 10th November 2000
Page Count: 324
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Description

Introduction - High rate PCI operation in Japan (T. Deno, Y. Okuno). Outline of high rate PCI operation in Japan. Actual situation of high rate PCI. Subjects on high rate PCI. References.

Characteristics of Pulverized Coal Combustion (I. Naruse, T. Inada) Classification of coal. Properties. Processes of pulverized coal combustion. Combustion characteristics of a single coal particle. Conclusion. References.

Combustion Behaviour of PC Particle Group (T. Ariyama). Movement of PC particle group based on direct observation. Combustion of PC in the blowpipe. Combustion mechanism of PC particle group in the blowpipe. Combustion of PC in the raceway. Conclusion. References.

PC Combustion in Blast Furnace (T.Kamijou, M.Shimizu). Gas composition and temperature at the combustion zone. Evaluation of PC combustion efficiency. Control of combustibility. References.

Modelling of Pulverized Coal Combustion (H. Nogami, K.Takeda). Combustion behavior of a single pulverized coal particle. Formulation of unit processes. Coupling up unit processes and combustion field. Mathematical modelling of pulverized coal combustion. References. Nomenclature.

Advanced Injection Lances for High Rate PCI (T. Ariyama). Key factor to design injection lance with high combustibility. Advanced injection lance. Conclusion. References.

Phenomena in Blast Furnace with High Rate PCI (K. Ishii, Y. Kashiwaya). Change in burden distribution. Decrease of heat flux ratio. Variation of gas permeability resistance. Variation of temperature distribution and increase of heat loss. Change of reactions in BF. Phenomena in raceway and lower part of BF. Conclusion. References. Generation of Fine in Blast Furnace at High Rate PCI (T. Akiyama, Y. Kajiwara). Origin of fines. Effect of PC combustion on fine coke generation. Transportation and accumulation of fine. Consumption of fine in blast furnace. Appendix. References. Nomenclature.

Burden properties suitable for high rate PCI (M. Kawakami, K. Yamaguchi). Agglomerate properties for high rate PCI. Coke properties for high rate PCI. References.

Upper limit of PCR (T. Deno). Replacement ratio of coke to PC. Upper limit of PCR. Summary. References. Index.

Readership

For researchers and operators of blast furnaces and also graduate students in the field of metallurgy, chemical engineering, chemistry, mechanical engineering and combustion sciences.

Table of Contents

Introduction - High rate PCI operation in Japan (T. Deno, Y. Okuno). Outline of high rate PCI operation in Japan. Actual situation of high rate PCI. Subjects on high rate PCI. References.

Characteristics of Pulverized Coal Combustion (I. Naruse, T. Inada) Classification of coal. Properties. Processes of pulverized coal combustion. Combustion characteristics of a single coal particle. Conclusion. References.

Combustion Behaviour of PC Particle Group (T. Ariyama). Movement of PC particle group based on direct observation. Combustion of PC in the blowpipe. Combustion mechanism of PC particle group in the blowpipe. Combustion of PC in the raceway. Conclusion. References.

PC Combustion in Blast Furnace (T.Kamijou, M.Shimizu). Gas composition and temperature at the combustion zone. Evaluation of PC combustion efficiency. Control of combustibility. References.

Modelling of Pulverized Coal Combustion (H. Nogami, K.Takeda). Combustion behavior of a single pulverized coal particle. Formulation of unit processes. Coupling up unit processes and combustion field. Mathematical modelling of pulverized coal combustion. References. Nomenclature.

Advanced Injection Lances for High Rate PCI (T. Ariyama). Key factor to design injection lance with high combustibility. Advanced injection lance. Conclusion. References.

Phenomena in Blast Furnace with High Rate PCI (K. Ishii, Y. Kashiwaya). Change in burden distribution. Decrease of heat flux ratio. Variation of gas permeability resistance. Variation of temperature distribution and increase of heat loss. Change of reactions in BF. Phenomena in raceway and lower part of BF. Conclusion. References. Generation of Fine in Blast Furnace at High Rate PCI (T. Akiyama, Y. Kajiwara). Origin of fines. Effect of PC combustion on fine coke generation. Transportation and accumulation of fine. Consumption of fine in blast furnace. Appendix. References. Nomenclature.

Burden properties suitable for high rate PCI (M. Kawakami, K. Yamaguchi). Agglomerate properties for high rate PCI. Coke properties for high rate PCI. References.

Upper limit of PCR (T. Deno). Replacement ratio of coke to PC. Upper limit of PCR. Summary. References. Index.

Details

No. of pages:
324
Language:
English
Copyright:
© Pergamon 2000
Published:
Imprint:
Pergamon
eBook ISBN:
9780080546353
Hardcover ISBN:
9780080436517

About the Editor

K. Ishii

Affiliations and Expertise

Hokkaido University, Japan