A new process for hydrogen production has been proposed based on ethanol steam reforming. Ni-based catalysts have been developed with various techniques and revealed very active and selective for this reaction. Bioethanol of different origin and purity has been tested for this application revealing the possibility to optimise the separation procedure.
Steam reforming of bioethanol, effect of substrate concentration and purity / J.L. F, M. Compagnoni, I. Rossetti. ((Intervento presentato al 25. convegno Congresso Nazionale della Società Chimica Italiana : 7-12 settembre tenutosi a Rende nel 2014.
Steam reforming of bioethanol, effect of substrate concentration and purity
M. Compagnoni;I. Rossetti
2014
Abstract
A new process for hydrogen production has been proposed based on ethanol steam reforming. Ni-based catalysts have been developed with various techniques and revealed very active and selective for this reaction. Bioethanol of different origin and purity has been tested for this application revealing the possibility to optimise the separation procedure.
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