"Computer Simulation of the Direct Iron Reductionin MIDREX Ovens"

The Australasian Institute of Mining and Metallurgy
A T. Bernardes
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
8
File Size:
628 KB
Publication Date:
Sep 26, 2011

Abstract

Using the cellular automata computational technique it was possible to simulate the generation and discharge of an iron ore pellet pile inside a direct iron reduction oven, as well as to calculate the reduction degree of the pellets as they leave the oven. It allows simulation of the variation of operational parameters and verify the results of those variations in the pellet reduction degree. The simulated data was validated in two instances: for the dynamics of the pellet flow inside the oven it was used in an acrylic bi-dimensional silo; and data from direct reduction iron literature was used for validation of the pellet reduction. The simulated results were considered acceptable to describe the movement of the iron pellet inside the direct reduction iron oven and to describe the iron pellet reduction direct in the oven.
Citation

APA: A T. Bernardes  (2011)  "Computer Simulation of the Direct Iron Reductionin MIDREX Ovens"

MLA: A T. Bernardes "Computer Simulation of the Direct Iron Reductionin MIDREX Ovens". The Australasian Institute of Mining and Metallurgy, 2011.

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