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Catalytic performance of Ni$$_{3}$$Sn and Ni$$_{3}$$Sn$$_{2}$$ for hydrogen production from methanol decomposition

メタノール分解による水素生成に対するNi$$_{3}$$SnとNi$$_{3}$$Sn$$_{2}$$の触媒効果

Fan, M.*; Xu, Y.*; 櫻井 惇也*; 出村 雅彦*; 平野 敏幸*; 寺岡 有殿; 吉越 章隆 

Fan, M.*; Xu, Y.*; Sakurai, Junya*; Demura, Masahiko*; Hirano, Toshiyuki*; Teraoka, Yuden; Yoshigoe, Akitaka

In this study, the catalytic properties of Ni$$_{3}$$Sn and Ni$$_{3}$$Sn$$_{2}$$ powders were investigated for producing hydrogen from decomposing methanol in the temperatures from 593 to 953 K. The catalytic activities of Ni$$_{3}$$Sn and Ni$$_{3}$$Sn$$_{2}$$ both increased with increasing temperature, but Ni$$_{3}$$Sn showed much higher catalytic activity than Ni$$_{3}$$Sn$$_{2}$$. The results of an isothermal test performed at 873 K revealed that the catalytic activity of Ni$$_{3}$$Sn significantly increased with methanol decomposition time, indicating that Ni$$_{3}$$Sn was spontaneously activated. Ni$$_{3}$$Sn and Ni$$_{3}$$Sn$$_{2}$$ both showed a high degree of selectivity and both suppressed side reactions such as methanation and water-gas shift reaction. Surface analysis revealed that fine Ni-Sn particles were formed together with carbon deposited onto the catalyst surface. These Ni-Sn particles were supposed to serve as active sites for methanol decomposition.

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パーセンタイル:35.92

分野:Chemistry, Physical

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