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FUEL CELL SYSTEM CONTAINING CATALYST BASED FUEL CONTAMINATION SENSOR AND METHOD OF OPERATING THEREOF

InventionPending
1views
18Claims · 2 independent
§ Ⅰ

Dossier Overview

Inventor

Laxmikant GIRWALKAR; Aniket PRATAP; David WEINGAERTNER; Srikanth RANGANATHAN

IPC Classification

H1M 8/4664B1D 53/4H1M 8/432H1M 8/4701H1M 8/4746H1M 8/662

CPC Classification

H1M8/4679B1D53/446B1D53/454H1M8/4328H1M8/4365H1M8/4731H1M8/4761H1M8/675B1D2257/30B1D2259/402

A method for operating a fuel cell system is provided. The method includes controlling the provision of fuel to the fuel cell system operating in a steady-state mode. A catalyst sensor is operated by providing a portion of the fuel and anode exhaust generated by the system to the catalyst sensor. Further, a change in an outlet temperature of the catalyst sensor is detected. Thereafter, it is determined whether a reformation catalyst of the catalyst sensor is poisoned by contaminants in the fuel based on the detected change in the outlet temperature.

Original (Chinese)

A method for operating a fuel cell system is provided. The method includes controlling the provision of fuel to the fuel cell system operating in a steady-state mode. A catalyst sensor is operated by providing a portion of the fuel and anode exhaust generated by the system to the catalyst sensor. Further, a change in an outlet temperature of the catalyst sensor is detected. Thereafter, it is determined whether a reformation catalyst of the catalyst sensor is poisoned by contaminants in the fuel based on the detected change in the outlet temperature.

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