| INFLUENCE OF COAL BLEND COMPONENT KINETICS ON ENTRAINED FLOW GASIFICATION PERFORMANCE |
| Gartner, L.E., Grabner, M. and Meyer, B. (Freiberg Uni., GERMANY) |
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| MODELLING CONCEPT FOR SUBMERGED ARC FURNACES |
| Darmana, D., Olsen, J.E., Tang, K. and Ringdalen, E. (SINTEF) |
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| MODELLING THREE-PHASE FLOW IN METALLURGICAL PROCESSES |
| Goniva, C., Wierink, H, Heiskanen, K., Kloss, C. and Pirker, S. (JKU, Linz, AUSTRIA) |
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| SIMULATION OF PARTICLE SEGREGATION IN METALLURGICAL FURNACES FOR IRON PRODUCTION |
| Kloss, C., Seil, P., Hauzenberger, F., Amberger, S., Feilmayr, C., Pirker, S. and Goniva, C. (JKU Linz, Austria) |
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| THE EFFECTS OF LANCE POSITIONING AND DESIGN ON THE CO-INJECTION OF PULVERIZED COAL AND NATURAL GAS INTO BLAST FURNACES |
| Majeski, A.J., Runstedtler, A., D'Alessio, J., MacFadyen, N. and Ferron, K. (Natural Resources Canada) |
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CFD