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[内浮顶油罐油品静态呼吸损耗VOCs浓度场分布分析]

[Analysis of the distribution of VOCs concentration field with oil static breathing loss in internal floating roof tank].

作者信息

Wu Hong-Zhang, Huang Wei-Qiu, Yang Guang, Zhao Chen-Lu, Wang Ying-Xia, Cai Dao-Fei

出版信息

Huan Jing Ke Xue. 2013 Dec;34(12):4712-7.

Abstract

Internal floating roof tank has the advantages of external floating roof tank and fixed roof tank and has its own evaporation loss properties. The influences of volatile organic compounds (VOCs) distribution gradient, molecular diffusion, thermal diffusion and forced convection on the evaporation loss of oil were studied in the space of the homemade platform of an internal floating roof tank. The results showed that thermal diffusion with temperature change was the main cause for the static loss in the internal floating roof tank. On this basis, there were some measures for reduction of the evaporation loss and formulas to calculate the evaporation loss of the internal floating roof tank in this research.

摘要

内浮顶罐兼具外浮顶罐和固定顶罐的优点,并有其自身的蒸发损耗特性。在内浮顶罐自制平台空间内,研究了挥发性有机化合物(VOCs)分布梯度、分子扩散、热扩散和强制对流对油品蒸发损耗的影响。结果表明,随温度变化的热扩散是内浮顶罐静态损耗的主要原因。在此基础上,本研究提出了一些减少蒸发损耗的措施以及计算内浮顶罐蒸发损耗的公式。

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