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It is shown that microenvironments formed around catalytically active sites mitigate catalyst deactivation by biogenic impurities that are present during the production of biorenewable chemicals from biologically derived species. Palladium and ruthenium catalysts are inhibited by the presence of sulfur‐containing amino acids; however, these supported metal catalysts are stabilized by overcoating with...
Katalysatorstabilität In der Zuschrift auf S. 12932 ff. zeigen J. A. Dumesic et al., dass Mikroumgebungen in den Katalysatorporen von trägerfixierten metallbasierten Hydrierkatalysatoren deren Deaktivierung durch biogene Verunreinigungen mildern können.
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