计算混合气体的极限氧浓度

Q. V. Truong, Trung Hoc Ngo
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引用次数: 0

摘要

空气可燃燃料混合物中燃料浓度的极限值为LEL(爆炸下限)和UEL(爆炸上限)。在燃料/空气混合物中加入惰性成分决定LEL的增加和减少,直到不发生爆炸。非可燃-空气-惰性燃料混合物的最大含氧量是LOC(限氧浓度),这是一项重要的安全性能。对含有氮气、二氧化碳和水(蒸汽)(如惰性成分)的系统在高温和环境压力下的可燃性进行了全面的调查。确定不同比例气体混合物的LOC需要逐步测试。为了解决这一问题,作者采用Lechateler计算方法计算了气体混合比的LOC,并对实验设备的结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculating limiting oxygen concentration of gas mixtures
The limit values for the fuel concentration in the air-flammable fuel mixture are LEL (lower explosive limit) and UEL (upper explosive limit). The addition of an inert component to the fuel / air mixture determines the increase and decrease of the LEL, until no explosion occurs. The maximum oxygen quantity of the non-combustible - air - inert fuel mixture is LOC (limited oxygen concentration), an important safety property. Investigation of a comprehensive set of data on the flammability at high temperature and ambient pressure obtained from documented sources was carried out for systems containing nitrogen, carbon dioxide and water (steam) such as inert ingredients. Determining the LOC for gas mixtures with different ratios requires step-by-step testing. To solve that problem, the author used Lechateler calculation method to calculate LOC for the ratio of gas mixture and compared the results of experimental equipment.
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