DIRECT IRON SMELTING REDUCTION PROCESSES

REFERENCES

• Anameric , B. and Kawatra , S. K. , 2005a , “A laboratory study relating to the production and properties of pig iron nuggets.” Minerals and Metallurgical Processing , 23 ( 1 ), pp. 52 – 56 .
   Google Scholar
• Anameric , B. and Kawatra , S. K. , 2006a , Can pig iron nuggets replace the blast furnace pig iron? Submitted for publication in ISIJ International .
   Google Scholar
• Anameric , B. and Kawatra , S. K. , 2006b , Conditions for making direct reduced iron, transition direct reduced iron and pig iron nuggets in a laboratory furnace, temperature time transformations . Accepted for publication in Minerals and Metallurgical Processing .
   Google Scholar
• Anameric , B. , Kawatra , S. K. , and Rundman , K. B. , 2005 , “Carburization effects on pig iron nugget production.” Preprint 05–40 , Presented at the Annual Meeting Society for Mining Metallurgy and Exploration , Salt Lake City .
   Google Scholar
• Anonymous a , 1992 , “HIsmelt revives ironmaking at Kwinana.” Steel Times International , pp. 8 – 11 .
   Google Scholar
• Anonymous b , 1994 , Encouraging initial results from HIsmelt confirm expectations . Steel Times International , p. 20 .
   Google Scholar
• Anonymous c , 1994 , “Ten years to HIsmelt.” Steel Times International , pp. 21 – 22 .
   Google Scholar
• Anonymous d , 1996 , “Romelt offers flexible single step hot metal without coke.” Steel Times International , pp. 40 – 41 .
   Google Scholar
• Anonymous e , 2001 , “AusIron—A new smelter for South Australia.” Steel Times International , 25 ( 2 ), pp. 13 – 18 .
   Google Scholar
• Anonymous f , 1996 , South Australia provides viability for Ausmelt pig iron technology . Steel Times International , 20 ( 1 ), p. 42 .
   Google Scholar
• Anonymous g , 2006 , Midrex signs ITmk3 construction license agreement with Kobe Steel . 1 st Quarter 2006, Direct from Midrex , p. 11 .
   Google Scholar
• Anonymous h , 2003 , Ironmaking trials successful for Midrex/Kobe process . METAL Producing and Processing , 41 ( 4 ), p. 26 .
   Google Scholar
• Anonymous i , 2003 , “Ironmaking technology changes ore to pig iron in ten minutes.” Advanced Materials and Processing , 161 ( 9 ), pp. 11 – 12 .
   Google Scholar
• Anonymous j , 2004, SDI plans bring home new iron option. Metal Producing and Processing , 42(2). Available at: www.metalproducing.com
   Google Scholar
• Basu , P. , Syamaprasad , U. , Jouhari , A. K. , and Ray , H. S. , 1995 , “Smelting reduction technologies for direct ironmaking.” Mineral Processing and Extractive Metallurgy Review , 12 , pp. 223 – 255 .
   Google Scholar
• Bates , C. P. , 1998 , HIsmelt—A new approach to ironmaking . Presented at The Australian Academy of Technological Sciences and Engineering Symposium . Available at: www.hismelt.com (accessed 8 March 2005). .
   Google Scholar
• Bates , C. P. and Coad , A. J. , 2000 , “Hismelt—The future in ironmaking technology.” Presented at the 4th European Coke and Ironmaking Congress , Paris . Available at: www.hismelt.com (accessed 8 March 2005) .
   Google Scholar
• Bates , C. P. and Goldsworthy , T. , 2002 , “Hismelt—Meeting the global steel industry challenge.” Presented at the 1st Japan–Australia Symposium on Iron and Steelmaking , Fuwa Ward Symposium , Kyoto . Avilable at: www.hismelt.com (accessed 8 March 2005).
   Google Scholar
• Bates , C. P. and Muir , A. R. , 2000 , “HIsmelt—Low cost iron making, commercializing new hot metal processes.” Beyond Blast Gorham Conference , Atlanta , GA , USA . Available at: www.hismelt.com (accessed 8 March 2005).
   Google Scholar
• Bengtsson , E. and Widell , B. , 1981 , “The chemistry of the Elred process.” Ironmaking Proceedings , Toronto , Ontario , Canada . 29 March-1–April . 40, pp. 219 – 224 .
   Google Scholar
• Bohm , C. , Czermak , K. , Siuka , D. , Piklbauer , W. , and Weinzinge , H. J. , 1994 , “Hot metal and direct reduced iron geneated with Coex as alternative charge material for EAF steelmaking.” South East Asia Iron and Steel Institute (SEAISI) Quarterly , 23 ( 3 ), pp. 51 – 56 .
   Google Scholar
• Buckley , M. J. and Gull , S. D. , 1999 , Value of Hismelt pig iron to steelmakers, mini and integrated mills in the new millennium . Available at: www.hismelt.com (Accessed 8 March 2005). .
   Google Scholar
• Burke , P. D. and Gull , S. , 2002 , HIsmelt—The alternative ironmaking technology, smelt reduction for ironmaking—Bhubaneswar . Available at: www.hismelt.com (accessed 8 March 2005). .
   Google Scholar
• Campbell , A. P. , Dry , R. J. , and Perazzelli , P. A. , 1999 , “Coal and the versatile HIsmelt process.” Presented at the Advanced Clean Coal Technology International Symposium , Tokyo . Available at www.hismelt.com (accessed 8 March 2005) .
   Google Scholar
• Chatterjee , A. , 1994 a, Beyond the Blast Furnace , Boca Raton , FL : CRC.
   Google Scholar
• Chatterjee , A. , 1994 b, “Alternative ironmaking processes: Production of liquid iron using coal.” Proceedings of the Workshop on Production of Liquid Iron Using Coal , 24–25 August , Bhubaneswar , India , pp. 17 – 40 .
   Google Scholar
• Chatterjee , A. , 2005a , “A critical appraisal of the present status of smelting reduction—Part I: From blast furnace to Corex.” Steel Times International , pp. 23 – 31 .
   Google Scholar
• Chatterjee , A. , 2005b, “A critical appraisal of the present status of smelting reduction—Part II: Potential commercial smelting reduction processes.” Steel Times International , pp. 36–42.
   Google Scholar
• Cho , M. , Choi , N. , Lee , S. D. , Lee , J. H. , Joo , S. , and Sun , I. K. , 1998 , “Influence of raw materials properties in Corex processing operation.” Proceedings of the 2nd International Congress on the Science and Technology of Ironmaking and 57th Ironmaking Conference , 22–25 March , Toronto , ON , Canada , pp. 1211 – 1216 .
   Google Scholar
• Davis , M. P. , Dry , R. J. , and Schwarz , M. P. , 2003 , “The role of CFD modeling in development of the HIsmelt process.” Proceedings of the ISS Technology Conference , Indianapolis , IN , USA . Available at: www.hismelt.com (accessed 8 March 2005).
   Google Scholar
• Dry , R. J. , Bates , C. P. , and Price , D. P. , 1999 , “HIsmelt—The future in direct ironmaking.” Ironmaking Conference Proceedings , Chicago , IL , USA . Available at: www.hismelt.com (accessed 8 March 2005).
   Google Scholar
• Eberle , A. , Siuka , D. , Bohm , C. , and Schiffer , W. , 2002 , “Developments in Corex technology.” Steel World , 7 , pp. 28 – 32 .
   Google Scholar
• Eichberger , E. , Siuka , D. , Bohm , C. H. , and Czermak , K. , 1994 , “Combined (integrated) Corex ironamking and DRI production technologies—The most energy efficient iron production process. : Proceedings of the 21st Centry Steel Industry of Russia and CIS , Moscow , Russia , 6–10 June , pp. 104 – 108 .
   Google Scholar
• Flickenschild , A. J. , Reufer , F. , Eberle , A. , and Sluka , D. , 1996 , “Combined Corex/DRI technology.” Iron and Steel Engineer , 73 ( 8 ), pp. 25 – 29 .
   Google Scholar
• Floyd , J. M. , Siahaan , O. P. , Chard , I. L. , Baldok , B. R. , and Wong , K. T. , 1992 , “Ausmelt's direct ironmaking process applied to PT Aneka Tambang's iron sands.” Presented at the Present and Future of Steel Industries in Asia Pacific Countries regional conference.
   Google Scholar
• Fruehan , R. J. , 1999 , “Future iron and steelmaking in the USA.” Scandinavian Journal of Metallurgy , 28 , pp. 77 – 85 .
   Google Scholar
• Goldsworthy , T. E. , Dry , R. J. , Bates , C. P. , and Perazzelli , P. A. , 1999 , HIsmelt—The alternative technology for ironmaking . SEAISI 1999 Philippines Seminar. Available at www.hismelt.com (accessed 8 March 2005). .
   Google Scholar
• Goldsworthy , T. and Gull , S. , 2002 , Hismelt—The new technology for iron production. SEAISI 2002 improvement of product quality and environmental control by the utilization of advanced technologies in iron and steel industry . Available at www.hismelt.com (accessed 8 March 2005). .
   Google Scholar
• Goldsworthy , T. and McCarthy , M. J. , 2001 , “HIsmelt—Meeting the high quality metallics challenge.” Proceedings of SEAISI 2001—Challenges for the Asian Steel Industry in the New Era . Available at www.hismelt.com (accessed 8 March 2005) .
   Google Scholar
• Gupta , D. and Naha , T. K. , 2003, Corex process—An innovative iron making technology at JVSL, India. Transactions of the Indian Institute of Metals , 56(5), p. A2.
   Google Scholar
• Guzzo , M. , 2005 , “Mesabi nugget working to start on Minnesota facility.” American Metal Market , 113 ( 51 ), pp. 1 – 4 .
   Google Scholar
• Hansen , J. A. , 2005 , “Mesabi nugget—The new age of iron.” Iron and Steel Technology , 2 ( 3 ), pp. 149 – 153 .
   Google Scholar
• Hoffman , G. E. , 2000 , “A closer look at Fastmet and Fastmelt.” Electric Furnace Conference Proceedings , Available at: www.midrex.com (accessed 30 March 2005).
   Google Scholar
• Hohnstadt , I. , 2004 , Minnesota scrambles to secure world's first commercial iron nugget plant . Skillings Mining Review , 93 ( 5 ), p. 8 .
   Google Scholar
• Horikawa , K. , Takeuchi , M. , Hora , S. , Ichikawa , H. , and Shima , S. , 1996 , The Romelt smelting reduction process . SEAISI Quarterly , 25 ( 3 ), pp. 43 – 51 . http://mesabinugget.com/itmk3
   Google Scholar
• Huskonen , W. D. , 2001 , New ironmaking technology to get demo plant . 33 Metalproducing . Available at: www.33metalproducing.com
   Google Scholar
• IEA Clean Coal Centre , 2004 , Profiles—Use of Coal in Direct Ironamking Processes , Available at; www.iea-coal.org.uk .
   Google Scholar
• Jana , S. and Teoh , L. L. , 1985 , “Application of direct smelting technology in Southeast Asia.” SEAISI Quarterly , 14 ( 4 ), pp. 23 – 38 .
   Google Scholar
• Joo , S. , Kim , H. G. , Lee , I. O. , Schenk , J. L. , Gennari , U. R. , and Hauzenberger , F. , 1999 , “Finex: A new process for production of hot metal from fine ore and coal.” Scandinavian Journal of Metallurgy , 28 , pp. 178 – 183 .
   Google Scholar
• Joo , S. , Shin , M. K. , Cho , M. , Lee , S. D. , Lee , J. H. , Lee , I. O. , Schenk , J. L. , Kepplinger , W. L. , Wallner , F. , and Gennari , E. , 1998 , “Direct use of fine ore in the Corex prorcess.” Iron and Steelmaker , 25 ( 7 ), pp. 39 – 43 .
   Google Scholar
• Klawonn , R. M. and Hoffman , G. E. , 2005 , “Optimum utilization of hot DRI: Kwiksteel an innovative approach to integration with steelmaking processes.” 2nd Quarter 2005 Direct From Midrex , pp. 4 – 10 .
   Google Scholar
• Kobayashi , I. , Tanigahi , Y. , and Uragami , A. , 2001 , “A new process to produce iron directly from fine ore and coal.” Iron and Steelmaker , 28 ( 9 ), pp. 19 – 22 .
   Google Scholar
• Kuwata , Y. , 1998 , Fastmet: New irornmaking opportunity for minimills and integrated steel mills . Direct From Midrex, 4th Quarter, Asian Steel Summit , pp. 3–5, August 1998. .
   Google Scholar
• Lankford , W. T. , Ed. , 1985 , “The making, shaping and treating of steel.” In Direct Reduction and Smelting Processes , Association of Iron and Steel Engineers, Warrendale, PA.
   Google Scholar
• Lightfoot , B. W. and Arthur , N. , 1996 , Development of the Ausiron process . The Howard Worner International Symposium on Injection in Pyrometallurgy , Melbourne, Australia; 1–3 July 1996, pp. 325–334. .
   Google Scholar
• Mazurak , R. E. , 2003, “Ironmaking industry trends and directions.” Mining Engineering , 55(4), pp. 12–17.
   Google Scholar
• McClelland , J. M. , 2001 , “Proven Fastmet process: Right for India.” Proceedings of the Conference on Direct Reduction and Smelting , Jamshedpur , India . Available at www.midrex.com (accessed 30 March 2005) .
   Google Scholar
• McClelland , J. M. , 2002 , “Fastmet: Proven process for steel mill waste recovery.” Proceedings of the EAF Conference . Available at; www.midrex.com (accessed 30 March 2005) .
   Google Scholar
• McManus , G. J. , 1993 , “The direct approach to making iron.” Iron Age , pp. 20 – 24 .
   Google Scholar
• MEFOS News, September 1999 , Newsletter from MEFOS—The Foundation for Metallurgical Research , Lulea , Sweden .
   Google Scholar
• Meissner , D. C. and Cusack , B. L. , 1994 , “Development of direct smelting process for ironmaking.” Industrial Heating , 61 ( 6 ), pp. 41 – 45 .
   Google Scholar
• Mesabi Nugget Research Project, 2005, U.S. Departmant of Energy DE –FC 36–02IDI14280, Principal Investigator Lehtinen L .
   Google Scholar
• Negami , T. , 2001 , “ITMK3 premium ironmaking process for the new millenium.” Direct from Midrex 1st Quarter 2001 , pp. 7 – 9 .
   Google Scholar
• Papst , G. , 1989 , Development in smelting reduction processes . Steel Research , 60 ( 3–4 ), pp. 104 – 109 .
   Google Scholar
• Parkinson , G. , 2002 , This ironmaking process is environmentally friendly, and promises to cost less . Chementator , Available at: www.che.com
   Google Scholar
• Peacey , J. G. and Davenport , W. G. , 1979 , The Blast Furnace Theory and Practice, , 1st ed . New York : Pergamon.
   Google Scholar
• Prasad , K. K. , 2004 , “What the future holds for ironmaking—Newer processes.” Steel Times International , pp. 30 – 34 .
   Google Scholar
• Romenets , V. A. , 1995 , “The Romelt process.” Iron and Steel Maker , 22 ( 1 ), pp. 37 – 41 .
   Google Scholar
• Romenets , V. A. , Usachev , A. B. , Balasanov , A. V. , and Lekherzak , V. E. , 2001 , In the Russian Academy of Natural Sciences the role of coal in the Romelt process for the liquid phase reduction of iron . Metallurgist , 45 ( 3–4 ), pp. 101 – 105 .
   Google Scholar
• Schenk , J. L. , Kepplinger , W. L. , Wallner , F. , Kim , H. G. , Joo , S. , and Lee , I. O. , 1998 , “Development and future potential of the Finex process.” Proceedings of the 2nd International Congress on the Science and Technology of Ironmaking and 57th Ironmaking Conference , Toronto , ON , Canada , 22–25 March , pp. 1549 – 1557 .
   Google Scholar
• Sefcovic , D. , 2003 , “Mesabi nugget—A new age in iron.” U.P. Section Society for Mining Metallurgy and Exploration Meeting Presentation , Houghton , MI .
   Google Scholar
• Sefcovic , D. , 2004 , “Mesabi nugget—A new age in iron.” U.P. Section Society for Mining Metallurgy and Exploration Meeting Presentation , Houghton , MI .
   Google Scholar
• Shin , M. K. , Joo , S. , and Lee , I. O. , 1998, “Computational models applying for Corex C-2000 operations in POSCO.”Proceedings of the 2nd International Congress on the Science and Technology of Ironmaking and 57th Ironmaking Conference, Toronto , ON , Canada, 22–25 March, pp. 1815–1820.
   Google Scholar
• Smith , W. F. , 1993 , Iron-Carbon Alloys 1, Structure and Properties of Engineering Alloys, , 2nd Ed. , McGraw-Hill Materials Science and Engineering Series , pp. 1 – 41 , 82 .
   Google Scholar
• Srinivasan , N. S. , Tapp , J. E. , Seetharaman , S. , and Staffansson , L. I. , 1985 , Modelling of new ironmaking processes 1. The Inred process . Scandinavian Journal of Metallurgy , ( 14 ), pp. 153 – 159 .
   Google Scholar
• Steffen , R. , 1989 , Direct reduction and smelting reduction—An overview . Steel Research , 3 ( 4 ).
   Google Scholar
• Steffen , R. and Lungen , H.-B. , 2004 , “State of the art technology of direct and smelting reduction of iron ores.” La Revue de Metallurgie , pp. 171 – 182 .
   Google Scholar
• Steinmetz , E. , Steffen , R. , and Thielmann , R. , 1986 , “Present state and development potential of processes for the direct reduction and smelting reduction of iron ores.” MPT Metallurgical Plant and Technology , 9 ( 3 ), pp. 24 – 39 .
   Google Scholar
• Stephens , R. L. , Goldin , J. J. , and Southwick , L. M. , 1996 , “Recycling EAF dust using Ausmelt technology.” Presented at the 1996 SME Annual Meeting and Exhibition , Phoenix , AZ , USA .
   Google Scholar
• Teoh , L. L. , 1985 , Recent developments and trends in direct reduction technology . SEAISI Quarterly , 14 ( 1 ), pp. 15 – 30 .
   Google Scholar
• Thompson , M. W. and Weston , T. R. , 1997 , “The Romelt process—Prospects for pig iron production in North America.” Ironmaking Conference Proceedings , pp. 541 – 552 .
   Google Scholar
• Tsuge , O. , Kikukuchi , S. , and Tokuda , K. , 2002 , “Successful iron nugget production at ITmk3 pilot plant.” 61st Ironmaking Proceedings , Nashville , TN , USA .
   Google Scholar
• Usachev , A. B. , Balasanov , A. V. , and Churgel , V. O. , 1996 , “Measuring the temperature of bubbled molten slag in the ROMELT process of liquid phase iron reduction.” Industrial Laboratory , 62 ( 5 ), pp. 296 – 297 .
   Google Scholar
• Usachev , A. B. and Romenets , V. A. , 2002 , Modern processes for the coke-less production of iron . Metallurgist , 46 ( 3–4 ), pp. 117 – 130 .
   Google Scholar
• Weston , T. R. and Thompson , M. W. , 1996 , “Bright future seen for the Romelt process.” MBM Metals Technology Supplement , pp. 6 – 9 .
   Google Scholar
• Wieder , K. , Bohm , C. , and Wurn , J. , 2005 , The COREX and FINEX processes—Reliable, environmentally friendly and economical hot metal production . Available at: http://jpcindiansteel.org/corfin.asp (accessed 11 July 2006. .
   Google Scholar
• Wieder , K. , Bohm , C. , Wurm , J. , and Vuletic , B. , 2004 , “Confronting the coke shortage with the Coex technology.” South East Asia Iron and Steel Institute (SEAISI) Quarterly , 33 ( 4 ), pp. 8 – 15 .
   Google Scholar
• Wiesinger , H. , Eberle , H. , Siuka , A. , and Bohm , C. , 2001, “New featues of the Corex technology, realized impovements and future potentials.”2001 Iron and Steel Exposition and AISE Annual Convention, Cleveland , OH , USA. p. 5.
   Google Scholar
• www.Ausiron.co.au (accessed 21 March 2005), Ausiron process brochure .
   Google Scholar
• www.Midrex.com (accessed 30 March 2005), Fastmet process brochure .
   Google Scholar
• www.industry.siemens.com, COREX—The Leverage of a New Technology (accessed 7 June 2006) .
   Google Scholar
• www.SAIL.co.in (accessed 6 December 2005) .
   Google Scholar
• www.vai.at/view COREX Project Status, COREX Gas Based DR Processes, COREX Gas—Based Power Generation, Charging of Waste/Recycling Materials of the Iron and Steel Industry, Continuous Sludge and Dust Granulation Process, The COREX C-300 Generation (accessed 11 July 2006).
   Google Scholar
• Zervas , T. , McMullan , J. T. , and Williams , B. C. , 1996a , “Direct smelting and alternative processes for the production of iron and steel.” International Journal of Energy Research , 20 , pp. 1103 – 1128 .
   Web of Science ®Google Scholar
• Zervas , T. , McMullan , J. T. , and Williams , B. C. , 1996b , “Developments in iron and steel making.” International Journal of Energy Research , 20 , pp. 69 – 91 .
   Web of Science ®Google Scholar
• Zervas , T. , McMullan , J. T. , and Williams , B. C. , 1996c , “Solid-based processes for the direct reduction of iron.” International Journal of Energy Research , 20 , pp. 255 – 278 .
   Web of Science ®Google Scholar
• Zervas , T. , McMullan , J. T. , and Williams , B. C. , 1996d , “Gas-based direct reduction processes for iron and steel production.” International Journal of Energy Research , 20 , pp. 157 – 185 .
   Web of Science ®Google Scholar