Development of a simplified model for sulphur absorption in circulating fluidized beds and experimental verification in pilot scale and large commercial CFB combustors.

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概要

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• A simplified model for sulphur absorption in circulating fluidized beds has been proposed. It could provide a preliminary assessment of the effect of design, operating and feedstock parameters on sulphur capture performance. The model prediction was compared to sulphur capture data from a 0.3 MW<SUB>t</SUB> pilot-scale CFB combustor and a 22 MW<SUB>e</SUB> commercial-scale CFB boiler and good agreement was observed. The effects of Ca/S ratio, solid circulation rate, bed suspension density and superficial gas velocity on sulphur capture were shown both analytically and experimentally.

• The Society of Chemical Engineers, Japanの論文

著者

• Wu Song

  Department of Orthopedics, The Third Xiangya Hospital of Central South University

• Greenblatt Jay

  Department of Chemical Engineering, Technical University of Nova Scotia

• Basu Prabir

  Department of Mechanical Engineering, Technical University of Nova Scotia

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• Development of a simplified model for sulphur absorption in circulating fluidized beds and experimental verification in pilot scale and large commercial CFB combustors.

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