Development and Verification of Accretion Similarity Conversion Method for Gas Bottom-Blowing Process inside Pyrometallurgical Vessels

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  • Huang Yu Pin
    Department of Material Science and Engineering, National Cheng Kung University
  • Hwang Weng Sing
    Department of Material Science and Engineering, National Cheng Kung University Metal Industries Research and Development Centre
  • Shiau Jia Shyan
    Steel & Aluminum Research and Development Department, China Steel Corporation
  • Liu Shih Hsien
    Steel & Aluminum Research and Development Department, China Steel Corporation

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  • Development and Verification of Accretion Similarity Conversion Method for Gas Bottom-Blowing Process Pyrometallurgical Vessels

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Abstract

In this research, a water model with an extra low temperature (−177°C) gas blown-in system was established to simulate the phenomena inside pyrometallurgical vessels for investigating effects of gas bottom blowing conditions on the shape and dimensions of solid accretion sitting on the refractory lining near gas tuyeres.<BR>In addition, Buckingham Pi theorem was adopted to derive the important dimensionless parameters for correlating conditions of accretion formation in the similar systems. Then, by combining dimensionless parameters with heat transfer equations that describe the heat transfer across the accretion, quantitative relations based on the similarity conversion of the similar systems was established. The method mentioned above is called Accretion Similarity Conversion Method (ASCM).<BR>Meanwhile, the experimental work of a wax model was conducted to evaluate the accuracy of ASCM. The results indicate that the size of solid accretion inside the wax model under a specific condition can be reasonably estimated by ASCM.

Journal

  • MATERIALS TRANSACTIONS

    MATERIALS TRANSACTIONS 48 (2), 189-194, 2007

    The Japan Institute of Metals and Materials

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