Research of Pond Fire Model of Base Oil Tin

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Abstract:

Taking the floating roof tank of a petrochemical company,whose single tank capacity was 20000m3, for example,the thesis analyses and researches the fire and explosion accident of tank, selects typical typical fire accident model as the basis,came to the conclusion damage radius of radiation flux to personnel: From 30s to 60s, the death radius was 100m to 129.6m,and people would be hurt in different degree within a radius of 240m ,so the range of Cordon around was beyond 240m;The extent of damage to equipment:all equipments would be damage within 70m away from the burning oil tanks; The equipments beyond 85.1m had almost no effect;The damage radius to firefighters:The critical safety distance in fire fighting and rescue work was 214m.The thesis came to the conclusion of safe evacuation distance and alert limits,and put forward fire safety measures rightly through the using of hazard control mode.

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320-324

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July 2013

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© 2013 Trans Tech Publications Ltd. All Rights Reserved

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[1] Jin Zibing.The method of Fire accidents and consequences evaluation applying on explosion of tanks [J].Fire Safety Science, 2004, 13(4)

Google Scholar

[2] State.Administration.of.Work.Safety.Safety.assessment [M].Beijing: The Press of Coal Industry, 2002.

Google Scholar

[3] Sabatino Ditali.Consequence Analysis in LPG Installation Using an Integrated ComputerPackage.Journal of Hazardous Materials.2000, 71:15 9-177

DOI: 10.1016/s0304-3894(99)00077-1

Google Scholar

[4] [H.R. Greenberg and J.J. Cramer.Risk assessment and risk management for the chemical precede industry.Van Nostrand Reinhold, (1991)

Google Scholar

[5] Wen J X, Huang L Y.CFD Modeling of Confined Jet Fires. UnderVentilation–Controlled.Conditions.Fire.SafetyJounral2000, 34:1-24

Google Scholar

[6] Wu Guoying, Yang Jinhe.Petrochemical intoduction [M].Beijing: China

Google Scholar