Numerical Investigation of the Effect of Waste Heat Extracting Location on Temperature Distribution

Zhan Xu Tie; Hai Xia Li; Xiao Dian Guo

doi:10.4028/www.scientific.net/AMR.354-355.361

Paper Titles

Experimental Investigation on Flow Patterns of Cylindrical-Conical Spout-Fluidizing Bed
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Research Based on the Mid-Point Enthalpy of Supercritical Unit Feed-Water Control Circuit
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Study on Reasons of Frequent Outfire in a Boiler with Horizontal Concentrated Burners
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Numerical Simulation of the Heat Transfer Performance in Heat Exchanger Inserted by Disturbance Device
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Numerical Investigation of the Effect of Waste Heat Extracting Location on Temperature Distribution
p.361

Catalysis Reduction of NO and HCN/NH₃ during Reburning: a Short Review
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Combustion and Heat Transfer in 300MW Oxy-Fired CFBB
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The Design of Coarse and Fine Regulatory Arc Suppression Coil
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Investigation on the Combustion Rate of Carbon Particle in Pressurized Oxygen-Enriched Conditions
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 354-355Numerical Investigation of the Effect of Waste...

Numerical Investigation of the Effect of Waste Heat Extracting Location on Temperature Distribution

Abstract:

The numerical model was established to simulate the gas flow and heat transfer in cement grate cooler. It is useful to increase the gas temperature when the extracting exit position is close to the cement kiln end. The appropriate position of the extracting high temperature gas is about 5 m far away from the cement clinker inlet.