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首页> 外文会议>AIChE Annual Meeting >Demonstration and Design Principles of an Efficient Scaled Down Autothermal or Heated Membrane Reformer for Pure Hydrogen Production(PPT)
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Demonstration and Design Principles of an Efficient Scaled Down Autothermal or Heated Membrane Reformer for Pure Hydrogen Production(PPT)

机译：高效缩小自热或加热膜重整器的演示和设计原理，用于纯氢生产（PPT）

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1. Adsorption and possibly surface reactions of MSR components (specifically of CH4) should be quantitatively studied. 2. Consider using water vapor as sweep in on-site application (and possibly in on-board as well). 3. What to do with unconverted methane? 4. In on-board system recycle of unconverted methane is enough to supply the necessary heat and sustain the system. 5. Almost isothermal operation can be obtained by distribution of recycle. 6. Increase of membrane area relative to outer surface area may improve efficiency (lower relative heat losses). Acknowledgements: Work conducted within the framework of the CoMETHy (Compact Multifuel-Energy to Hydrogen converter) project, funded by European Union’s Seventh Framework Programme (FP7/2007-2013) for the Fuel Cells and Hydrogen Joint Technology Initiative under grant agreement n. 279075. The experimental equipment was partially supported by Grand Technion Energy Program (GTEP).
机译：1.应该定量地研究MSR组分（特别是CH4）的吸附和可能的表面反应。 2.考虑使用水蒸气作为现场应用中的扫描（也可能在板载中）。 3.如何处理未转化的甲烷？ 4.在板载系统中，未转化的甲烷再循环足以提供必要的热量并维持系统。 5.几乎可以通过分布回收来获得等温手术。 6.相对于外表面区域的膜面积的增加可以提高效率（较低的相对热损失）。致谢：在欧盟第七框架计划（FP7 / 2007-2013）为燃料电池和氢联合技术倡议下提供的框架内，以欧盟第七框架计划（FP7 / 2007-2013）为授权协议提供的框架内进行的工作。 279075.实验设备由Grand Technion Energy Program（GTEP）部分支持。

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