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A model for residence time distribution of solids in a rotary kiln
Loni Dinesh V,
Published in Canadian Society for Chemical Engineering
2004
Volume: 82
   
Issue: 2
Pages: 392 - 398
Abstract
A five-parameter model for residence time distribution of low-density particles in a bed of high-density particles in a rotary kiln is derived based on combinations of flow regimes in several sub-regions. The parameters of the model are the number of turnover stages, the cascade volume fraction, the Peclet number, the dead volume fraction in cascade region, and the cross-flow ratio. The effect of feed rate of solids, rotational speed and inclination of the kiln on the model parameters is evaluated.
About the journal
JournalCanadian Journal of Chemical Engineering
PublisherCanadian Society for Chemical Engineering
ISSN00084034
Open AccessNo
Concepts (16)
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    Chemical engineering
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    Elementary particles
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    Mathematical models
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    Parameter estimation
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    HIGH-DENSITY PARTICLES
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    PARAMETER MODEL
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    Time distribution
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    TURNOVER STAGES
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    Solids
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    Model
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    Article
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    Device
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    Furnace
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    Parameter
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    Rotation
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    Solid