Abstract—The incorporation of homogenous Ti(IV)/trialkanolamine catalyst in polymeric membranes provided new polymeric catalytic Ti(IV)-based membranes, stable and efficient as heterogeneous catalysts for chemoselective oxidations of secondary amines to nitrones by alkyl hydroperoxides. Polyvinylidene fluoride (PVDF)-based catalytic membranes gave the best results affording products in short reaction times, high yields and selectivity using as little as 1% of catalyst, comparable with the performances of the corresponding homogeneous system. PVDF–Ti membrane could be recycled up to five runs with no loss of activity

Ti(IV)-based catalytic membranes for efficient and selective oxidation of secondary amines

PRINS, LEONARD JAN;SCRIMIN, PAOLO MARIA;LICINI, GIULIA MARINA
2004

Abstract

Abstract—The incorporation of homogenous Ti(IV)/trialkanolamine catalyst in polymeric membranes provided new polymeric catalytic Ti(IV)-based membranes, stable and efficient as heterogeneous catalysts for chemoselective oxidations of secondary amines to nitrones by alkyl hydroperoxides. Polyvinylidene fluoride (PVDF)-based catalytic membranes gave the best results affording products in short reaction times, high yields and selectivity using as little as 1% of catalyst, comparable with the performances of the corresponding homogeneous system. PVDF–Ti membrane could be recycled up to five runs with no loss of activity
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/2428955
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