Hot Metal Production by Smelting Reduction of Iron Oxide

2. Auflage 2014
ISBN: 978-81-203-4947-6
Verlag: PHI Learning

Buch, Englisch, 280 Seiten, Paperback, Format (B × H): 178 mm x 235 mm, Gewicht: 436 g

This book, now in its second edition, offers comprehensive coverage of the smelting reduction of iron oxide—an emerging alternative method of producing hot metal without using coke. This technique is being increasingly used for hot metal production, which has up to now, been dominated by the traditional blast furnace method. The shortage of coking coal, the high cost of coke and the recent enforcement of stricter environmental regulations have resulted in the advent of smelting reduction as a supplementary method of hot metal production.

The book covers the details of this rapidly emerging method that holds particular relevance for countries such as India that have relatively large reserves of high grade iron ore but lack sufficient coking coal.

It offers an in-depth analysis of the theoretical as well as the practical aspects of smelting reduction. It begins by acquainting the readers with the current status of iron making, followed by classification of the various smelting reduction processes. It then focuses on explaining the fundamentals of smelting reduction before providing a critical appraisal of various smelting reduction processes. The future of this method is discussed in the concluding chapter.

The book contains numerous illustrations to provide a clear understanding of the different processes, equipment and quality parameters. It is intended mainly for undergraduate and postgraduate engineering (particularly metallurgical engineering) students. It would also be of interest to researchers and technologists interested in the smelting reduction of iron oxide.

Highlights of the second edition:

- Two new sections on HIsarna process and Circosmelt process have been incorporated.
- New figures and tables have been used in some sections to illustrate the concepts with better clarity and give the up-to-date information.
- Some references have also been added, making the text suitable for further study.

Autoren/Hrsg.

Chatterjee, Amit

Über Autor(innen)

A metallurgical engineer from Banaras Hindu University, Amit Chatterjee was awarded the Doctorate of Science (Engineering) Degree by the University of London in 1988 for his outstanding work on coal-based direct reduction and oxygen steelmaking. He had earlier obtained his Ph.D. in process metallurgy from the prestigious Imperial College of Science and Technology, London, of which he is also a Fellow. He started his professional career in the steel industry in Germany, followed by over 39 years of distinguished service in Tata Steel, from where he superannuated on 30th September 2011.

Dr. Chatterjee is a Fellow of the Institute of Materials, England, The Indian Institute of Metals, India as well as The Indian National Academy of Engineers, India. He has over 550 publications to his credit and is the recipient of several awards from India and overseas, including the National Metallurgist Award (1977), Visvesvaraya Gold Medal (1981 and 1996), SAIL Gold Medal (1982), Bhoruka Gold Medal (1992), Thomas Sidney Gilchrist Thomas Medal & Prize (1994) by The Institute of Materials, London, Application to Practice Award (1997) of TMS (The Minerals, Metals & Materials Society), USA, Tata Gold Medal (1997), Platinum Medal (2002) and many others.

Dr. Chatterjee has authored several books: Ironmaking and Steelmaking—Theory and Practice and Sponge Iron Production by Direct Reduction of Iron Oxide (both published by PHI Learning, Delhi) as well as two other books entitled Beyond the Blast Furnace and Metallics for Steelmaking—Production and Use, besides a number of Monographs on Cokemaking, Sintermaking, Ironmaking, Continuous Casting, etc.

Dr. Chatterjee is recognised all over the world as an authority in the field of process metallurgy, particularly in the area of alternative method of iron production comprising direct reduction and smelting reduction, in both of which hot metal is produced without using coke.