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首页> 外文期刊>American Journal of Chemical Engineering >Optimum and Comparison of Theoretical & Experimental Results of an Industrial Secondary Reformer Reactor in Basra Fertilizers Plant at Different Operation Plant Efficiencies
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Optimum and Comparison of Theoretical & Experimental Results of an Industrial Secondary Reformer Reactor in Basra Fertilizers Plant at Different Operation Plant Efficiencies

机译：不同运营效率下巴士拉化肥工业二次重整反应器理论与实验结果的最佳比较。

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摘要

This study aims to evaluation the optimum performance of industrial Secondary Reformer reactor in the State Company of Fertilizers South Region in the Basra/Iraq relative to Different Operation Plant Efficiencies of ammonia plant at 100%, 70% and 65% through study the effect of different molar flowrates of air. The effect of air molar flowrates on the cooling water around the Secondary Reformer reactor have been described in this study. The analysis feed Process Gases compositions to the industrial Secondary Reformer reactor in the laboratory is used as data in the mathematical model then comprised these results with the values of industrial Reformat Gases which are tested in laboratory too. The optimum molar flow rate of air is specified at different efficiencies of Ammonia plant 100%,70% and 65%. The Secondary Reformer consists of two sections, the combustion and catalyst which is filled with nickel-containing reforming catalyst. It is placed after the primary reformer in ammonia plant at fertilizer plant. The Secondary Reformer reactor is used to produce Reformat Gases which are consisted from synthesis gas (Hydrogen and Carbon Monoxide) to Nitrogen mole ratio of 3 to 1. Finally, the optimum results of air molar flowrates at operation efficiency 100%, 70% and 65% found 1750.50, 1224 and 1136 Kmol/hr respectively.
机译：本研究旨在通过研究不同效果的影响，评估巴士拉/伊拉克国营化肥国营公司的工业二级重整反应器相对于氨厂的不同运行效率分别为100％，70％和65％。空气的摩尔流量。这项研究已经描述了空气摩尔流量对二级重整器反应器周围冷却水的影响。将分析气体进料到实验室的工业二级重整器反应器中的数据用作数学模型中的数据，然后将这些结果包括在实验室中也测试过的工业重整气体的值。氨的最佳摩尔流量是在氨厂100％，70％和65％的不同效率下指定的。二次重整器由燃烧和催化剂两部分组成，其中填充有含镍的重整催化剂。将其放置在化肥厂氨厂的一次重整器之后。二次重整反应器用于生产重整气，重整气由合成气（氢气和一氧化碳）与氮气的摩尔比为3到1组成。最后，在操作效率为100％，70％和65时，空气摩尔流量的最佳结果％发现分别为1750.50、1224和1136Kmol / hr。

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