王美娜. 真空辅助卸油和气压辅助卸油的对比分析[J]. 油气储运, 1994, 13(4): 13-15, 56.
引用本文: 王美娜. 真空辅助卸油和气压辅助卸油的对比分析[J]. 油气储运, 1994, 13(4): 13-15, 56.
Wang Meina. Comparative Analysis on Vacuum—Operated and Pressure—Operated Oil Unloadings[J]. Oil & Gas Storage and Transportation, 1994, 13(4): 13-15, 56.
Citation: Wang Meina. Comparative Analysis on Vacuum—Operated and Pressure—Operated Oil Unloadings[J]. Oil & Gas Storage and Transportation, 1994, 13(4): 13-15, 56.

真空辅助卸油和气压辅助卸油的对比分析

Comparative Analysis on Vacuum—Operated and Pressure—Operated Oil Unloadings

  • 摘要: 目前轻油罐车的装卸都采用上卸工艺,在夏季髙温时,易发生汽化障碍。为 克服此障碍所采取的辅助卸油方法有两种,即真空辅助卸油法和气压辅助卸油法。石化销 售公司特立专题进行研究,在现场调研和实测数据分析的基础上,对两种方法进行了对 比,认为后者较前者优越,推荐采用气压辅助卸油方法。气压辅助卸油是利用压缩空气来 提高泵入口的剩余压力,从根本上防止气阻和气蚀,减少蒸发损耗,缩短卸油时间,节省能 耗,有利于安全作业和环境保护,解决了夏季轻油罐车卸油的难题,'并带来了显著的经济 和社会效益。该项技术经石化总公司鉴定,认为在理论和技术上都有普遍推广应用的意 义。这项技术成果获得了石化总公司科技进步二等奖。

     

    Abstract: Two kinds of unloading methods, vacuum — and pressure — operated methods, can be used to eliminate the phenomena of vaporation which are likely to occur due to the high temperature in summer during unloading light oil tanker by means of the currently used top — unloading process. The comparative study on these two methods, made as a special subject by Petro — chemical Sales Company based on site investigation and the analysis on measured data, shows that the pressure — operated unloading is superior to vacuum — operated unloading, and is wothy of recommendation. Using compressed air to raise the residual pressure at the suction side of pump, this method has the following advantages: no air-lock or cavitation, less evaporation loss, shorter unloading time, lower energy .consumption, safer operation condition and better environmental protection. Pressure — operated unloading can not only avoid the problem encountered during light oil unloading in summer, but also can yield considerable economical and social benifits. According to the appraisal by China Petro — chemical Corporation (Sinopec), this method is considered wothy of populization for application both theoretically and technically. Also, this technical achievement was awarded the Second Class Prize of Scientific and Technical Progress in Sinopec.

     

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