MODELLING OF AXIALLY DISPERSED NON-ISOTHERMAL TUBULAR REACTORS FOR HYDROPROCESSING OF SOLID-LIQUID MIXTURES

B. ÖZÜM Coal Research Department, Alberta Research Council, Devon, Alberta, Canada

M. OGUZTORELI Coal Research Department, Alberta Research Council, Devon, Alberta, Canada

M.N. OĞUZTORELI Department of Mathematics, University of Alberta, Edmonton, Alberta, Canada

Abstract

A mathematical model for hydroprocessing of coal-oil slurries in non-isothermal, axially dispersed tubular reactors is developed and numerically solved, considering a five component-six reaction model representing the chemistry of the process, and, dispersive, corrective and interfacial mass and energy transfers. Several simulation results are presented.

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MODELLING OF AXIALLY DISPERSED NON-ISOTHERMAL TUBULAR REACTORS FOR HYDROPROCESSING OF SOLID-LIQUID MIXTURES

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MODELLING OF AXIALLY DISPERSED NON-ISOTHERMAL TUBULAR REACTORS FOR HYDROPROCESSING OF SOLID-LIQUID MIXTURES

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