This work is committed to ascertain the feasibility of hydrogenation processes under simulated industrial conditions for the advanced syn-fuels production, aiming to establish the effect of the catalytic formulation on catalytic performance. Namely, a series of catalytic formulations based on compositions of metal oxides (i.e. Zn, Ce, Zr, Cu etc.) have been proved and compared in thesynthesis of green fuels via hydrotreating processes.
Advanced syn-fuels manufacturing via catalytic green processes
L. Spadaro;A. Palella;Francesco Arena
2019
Abstract
This work is committed to ascertain the feasibility of hydrogenation processes under simulated industrial conditions for the advanced syn-fuels production, aiming to establish the effect of the catalytic formulation on catalytic performance. Namely, a series of catalytic formulations based on compositions of metal oxides (i.e. Zn, Ce, Zr, Cu etc.) have been proved and compared in thesynthesis of green fuels via hydrotreating processes.File in questo prodotto:
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prod_430211-doc_153648.pdf
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Descrizione: J Ind Env Chem 3 (2019) 17
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