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首页> 外文期刊>Journal of Materials Engineering and Performance >Microstructured Fuel Processors for Fuel-Cell Applications
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Microstructured Fuel Processors for Fuel-Cell Applications

机译：用于燃料电池应用的微结构燃料处理器

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摘要

Microstructured reactors are being developed at IMM for the processing of various fuels to provide hydrogen for mobile and portable fuel-cell systems. The key feature of the systems is the integrated-plate heat-exchanger technology, which allows for thermal integration of several functions in a single device. For example, steam reforming may be coupled with exothermic reactions in separate flow-paths of a heat exchanger. Catalyst coatings are also under development for numerous reactions, such as propane steam reforming, methanol steam reforming, catalytic combustion, water-gas shift, and preferential oxidation of carbon monoxide. These catalysts are being investigated in specially developed testing reactors. Reactors and complete fuel processors are being tested up to 5 kW power output of the corresponding fuel cell.
机译：IMM正在开发微结构反应器，用于处理各种燃料，从而为移动和便携式燃料电池系统提供氢气。该系统的关键特性是集成板式热交换器技术，该技术允许将多个功能热集成到单个设备中。例如，蒸汽重整可以与热交换器的分开的流动路径中的放热反应结合。还在为许多反应开发催化剂涂层，例如丙烷蒸汽重整，甲醇蒸汽重整，催化燃烧，水煤气变换和一氧化碳的优先氧化。这些催化剂正在专门开发的测试反应器中进行研究。正在测试反应堆和完整的燃料处理器，其相应燃料电池的最高输出功率为5 kW。

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