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首页> 外文期刊>Transactions of The Institution of Chemical Engineers. Process Safety and Environmental Protection, Part B >Understanding and eliminating pressure fluctuations in an extended chlor-alkali plant due to the size detail of seal pots: A design correlation
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Understanding and eliminating pressure fluctuations in an extended chlor-alkali plant due to the size detail of seal pots: A design correlation

机译:了解并消除由于密封罐尺寸细节而导致的氯碱工厂扩建后的压力波动:设计关联

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摘要

When chlorine lines from a new caustic soda plant were added to chlorine lines from an older plant that used the same chlorine compression and liquefaction systems, we encountered abnormal pressure fluctuations on the chlorine side of the new plant. These fluctuations were being transmitted to the chlorine cycle in the older plant, posing a safety hazard in both facilities. After checking the pressure control systems, a design correlation for positive-pressure seal pot was observed and it was found from the inconsistency in the sizes of those equipments in the two plants. The problem was solved by reducing the diameter of the chlorine pipeline in the positive-pressure seal pot of the new plant. After implementing this solution, pressure fluctuations were fully removed, and satisfactory pressure control was attained in both plants.
机译:当将新烧碱厂的氯管线添加到使用相同氯压缩和液化系统的旧厂的氯管线中时,我们在新厂的氯侧遇到了异常压力波动。这些波动正传递到较老工厂的氯气循环中,这对两个工厂都构成安全隐患。在检查压力控制系统后,观察到正压密封罐的设计相关性,并且从两个工厂中这些设备的尺寸不一致中发现了这种相关性。通过减小新工厂的正压密封罐中氯气管道的直径解决了该问题。实施此解决方案后,完全消除了压力波动,并且在两个工厂中均获得了令人满意的压力控制。

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