›› 2020, Vol. 51 ›› Issue (6): 86-92.
• 加工工艺 • 上一篇 下一篇
傅亮
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摘要: 采用动态模拟的方法,对水煤浆制氢配套高水气比一氧化碳变换装置低压导气超温过程进行了研究,并对几种常见的控温措施,包括补入高压蒸汽和高压锅炉水、增大粗合成气流量、切断进料并泄压吹扫进行了模拟分析,从理论上直观展示了低压导气过程中的超温现象,以及阀门开度、粗合成气流量、变换气温度、甲烷化反应程度、系统压力等工艺参数随导气深度及时间的变化关系,并结合实际操作经验,给出了控温措施适用情况及建议。
关键词: 变换反应, 超温, 动态模拟, 降温措施, 水煤浆
Abstract: Using dynamic simulation software, the phenomenon of over temperature duringfeeding low-pressure gas into CO shift system with high water/gas ratio for hydrogen production from coal water slurry is studied, and several common temperature control measures, including adding high-pressure steam and high-pressure boiler water, increasing the flow rate of raw syngas, and cutting off the feed and purging are analyzed. The phenomenon of over temperature duringfeeding low-pressure gas is visually displayed in theory,and the relationship between process parameters such as valve opening, flow rate of raw syngas, temperature of shift gas, degree of methanation reaction, system pressure and gas flowrate and time is also shown.Combining with practical operation experience, the applicability and suggestions of temperature control measures are given.
Key words: shift reaction, over- temperature, dynamic simulation, cooling controlling methods, coal-water slurry
傅亮. 水煤浆配套一氧化碳变换装置低压导气动态分析[J]. , 2020, 51(6): 86-92.
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