According to the institute, the catalyst uses a very small amount of platinum and yet is stable even at a high temperature of over 700 degrees Celsius, and thus it is capable of significantly enhancing the performance of a solid oxide fuel cell.
A solid oxide fuel cell, which is operable even at over 700 degrees Celsius, is the most efficient type of fuel cell. In addition, it enables combined cycle power generation in which hydrogen is reproduced by steam cracking during power generation. However, the fuel cell can be commercialized only when there is a catalyst that is stable at a high temperature.
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