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Engineering technologies for fluid chemical hydrogen storage system

机译:流体化学氢存储系统的工程技术

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摘要

An efficient gas/liquid separator (GLS) was developed for separating hydrogen gas from spent liquid organic and inorganic hydrogen carriers onboard light-duty vehicles. The results show that the capacity of the GLS is sufficient for an 80 kWe PEM fuel cell, as used in light-duty vehicle applications. A discrepancy was observed between the calculated droplet size distribution at the outlet of the GLS and the experimental results. This was explained by film formation and breakup inside the vortex finder when the GLS was operated at flow rates that exceeded its critical gas velocity. (C) 2015 United Technologies Corporation. Published by Elsevier B.V. All rights reserved.
机译:开发了一种高效的气/液分离器(GLS),用于将轻型车辆上的废有机和无机氢载体中的氢气分离出来。结果表明,GLS的容量足以用于80 kWe PEM燃料电池,如轻型车辆应用中所使用的那样。在GLS出口计算出的液滴尺寸分布与实验结果之间观察到差异。当GLS以超过其临界气体速度的流量运行时,涡流探测器内部的成膜和破裂解释了这一现象。 (C)2015 United Technologies Corporation。由Elsevier B.V.发布。保留所有权利。

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