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Abstract

A new combined post-combustion model (CPM) for smelting reduction processes, including two components, "a kinetic section" for the region in the presence of foaming slag and a "CFD (computation fluid dynamic) section" in the free space, was developed.

This research work was especially devoted to the CleanSMelt(registered) process (formerly the cyclone converter furnace, CCF) in which post-combustion is carried out both in a foamy slag (smelter) and in a free space (smelter and cyclone).

A new detailed mathematical description of flame behaviour and of heat transfer from the post-combustion gas to the foamy slag in different zones was written. Such a new detailed description allow simulations of smelting reduction processes, and calculations for a 170 tonne reactor and the CleanSMelt(registered) process on CleanSMelt-PDU (pilot demonstration unit) were made. de.

Additional information

Authors: DI DONATO A, Centro Sviluppi Materiali, Rome (IT);MALGARINI G, Centro Sviluppi Materiali, Rome (IT);NAN DER KNOOP W, Hoogovens Groep BV, Ijmuiden (NL);BEITER K, Max-Planck-Institut f³r Eisenforschung GmbH;KUANG C, Max-Planck-Institut f³r Eisenforschung GmbH;TACKE K H, Max-Planck-Institut f³r Eisenforschung GmbH;OETERS F, Technische Universitõt Berlin, Institut f³r Metallurgie, Berlin (DE);ZHANG L, Technische Universitõt Berlin, Institut f³r Metallurgie, Berlin (DE)
Bibliographic Reference: EUR 19346 EN (2000) 265pp., EUR 39.50
Availability: Available from EUR-OP sales agents
ISBN: ISBN 92-828-9236-0
Record Number: 200012059 / Last updated on: 2000-06-16
Category: PUBLICATION
Original language: en
Available languages: en
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