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Influence of Wind Deviation Angle on n-Hexane Evaporation Loss of Internal Floating-Roof Tanks 被引量:1
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作者 Huang Weiqiu Xu Manlin +2 位作者 Li Fei Ji Hong Fang Jie 《China Petroleum Processing & Petrochemical Technology》 SCIE CAS 2020年第2期46-55,共10页
With the increasing attention to environmental protection,it is still necessary to strictly control the oil evaporation loss from the IFRT(internal floating-roof tank)to the atmosphere.Upon using n-hexane as a represe... With the increasing attention to environmental protection,it is still necessary to strictly control the oil evaporation loss from the IFRT(internal floating-roof tank)to the atmosphere.Upon using n-hexane as a representative of light oil,the effects of the WDAs(wind deviation angles)on airflow distribution,the wind speed,the n-hexane vapor concentration,and the evaporation loss rate in the IFRT were investigated,and the mass transfer of the vapor-air was analyzed.The results are shown as follows:when the WDA is 0°,the vapor concentration in the gas space above the floating deck is the lowest;when the WDA is 22.5°,the oil evaporation loss rate is the largest;when the WDA is 45°,the vapor concentration is the highest,but the evaporation loss rate is the smallest.It is recommended to arrange the vent to the wind direction with an angle of 45°to reduce the evaporation loss and protect the atmospheric environment. 展开更多
关键词 wind deviation angle n-hexane evaporation loss internal floating-roof tank numerical simulation wind-tunnel experiment
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