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Direct reduction process using fines and with reduced CO²emissionMORRISON, A; HIETKAMP, S; VAN VUUREN, D. S et al.Ironmaking & steelmaking. 2004, Vol 31, Num 4, pp 285-290, issn 0301-9233, 6 p.Article

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Worldwide DRI projects heat upOPALKA, W. A.Iron & steelmaker. 1999, Vol 26, Num 5, pp 59-61, issn 0275-8687Article

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Supporting steelBADRA, C.Chemtech. 1995, Vol 25, Num 10, pp 54-59, issn 0009-2703Article

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Time series analysis : a tool for operators training? Application to the direct reduction of ilmenite concentrateBAZIN, C; GIRARD, B; HODOUIN, D et al.Powder technology. 2000, Vol 108, Num 2-3, pp 155-159, issn 0032-5910Article

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Size degradation of dead-man coke by reaction with molten FeO in blast furnaceSUNAHARA, K; INADA, T; IWANAGA, Y et al.Tetsu-to-hagané. 1992, Vol 78, Num 7, pp 1156-1163, issn 0021-1575Article

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Approach for Minimizing Operating Blast Furnace Carbon Rate Using Carbon-Direct Reduction (C-DRR) DiagramPAUL, Soumavo; ROY, S. K; SEN, P. K et al.Metallurgical and materials transactions. B, Process metallurgy and materials processing science. 2013, Vol 44, Num 1, pp 20-27, issn 1073-5615, 8 p.Article

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Breakthrough Direct Reduction technologies for the new millenniumHUGHES, G. D; METIUS, G. E; MONTAGUE, S. C et al.Iron & steelmaker. 2001, Vol 28, Num 8, pp 67-71, issn 0275-8687Conference Paper

A scaled model study on the solid flow in a shaft type furnaceLEE, Y. J.Powder technology. 1999, Vol 102, Num 2, pp 194-201, issn 0032-5910Article

Sticking behaviour in direct reduction of iron oreWONG, P. L. M; KIM, M. J; KIM, H. S et al.Ironmaking & steelmaking. 1999, Vol 26, Num 1, pp 53-57, issn 0301-9233Article