Stable Cu+-OV-Sm2+ Interfacial Dual Active Sites Enabling Efficient Methanol Steam Reforming

Zhineng Tan

doi:10.1016/j.apcatb.2026.126927

Stable Cu+-OV-Sm2+ Interfacial Dual Active Sites Enabling Efficient Methanol Steam Reforming

2026-05-07

0

PRE

AI

Z

Zhineng Tan

Z

Zhenghui Ma

G

Guoli Fan

X

Xuesong Yin

F

Feng Li *

DOI：10.1016/j.apcatb.2026.126927

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Abstract

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• Amorphous Al2O3-modified Sm2O3 nanorod improved the copper dispersion. • Robust Cu+-OV-Sm2+ interfacial ensembles were formed. • Cu-based catalyst attained an impressively high H2 production rate in MSR reaction. • Cooperation of Cu+/OV-Sm2+ dual active sites contributed to efficient MSR reaction.

Keywords:

Cu+-OV-Sm2+ interfacial sites

methanol steam reforming

copper dispersion

Sm2O3 nanorods

hydrogen production

Stable Cu+-OV-Sm2+ Interfacial Dual Active Sites Enabling Efficient Methanol Steam Reforming

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