1 − 5 Among numerous approaches for producing hydrogen energy, the reforming of bioalcohols, especially bioethanol obtained from biomass fermentation, has extremely significant research prospects due to the near-zero net carbon dioxide emission over the entire process. 6 − 9 Owing to the fact that bioethanol is renewable, nontoxic, convenient for transportation, and thermodynamically feasible to decompose, the steam reforming of ethanol ( eq 1 ) has become a research focu
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Role of Fe Species of Ni-Based Catalysts for Efficient Low-Temperature Ethanol Steam Reforming.
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