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A high-efficient and ultra-low-temperature reforming type micro fuel cell system
Conference paper

A high-efficient and ultra-low-temperature reforming type micro fuel cell system

H.S. Wang, C.P. Chang, Y.C. Su, Y.J. Huang and F.G. Tseng
20th International Conference on Miniaturized Systems for Chemistry and Life Sciences, MicroTAS 2016, pp.1475-1476
2016

Abstract

Fuel cell Methanol reformer Phosphoric acid Ultra-low temperature Control and Systems Engineering
To provide sufficient hydrogen at lower temperature (<180°C) to small phosphoric acid fuel cells (PAFC), an ultra-low-temperature (130-180°C) methanol micro reformer with high hydrogen yield (5.2 <sup>∗</sup> 10 <sup>-4</sup> mole/min at 180°C) is fabricated and in hybrid with a high performance PAFC for power generation. In the hybrid testing, a 128 mW/cm <sup>2</sup> power density can be generated by directly employing the reformed gas as the fuel.

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