This investigation confirms that the existence of the hydrogen spillover effect (HSPE) in the
case of metal catalysts supported on non-reducible monoxides or zeolites is based on a …

Enrique Iglesia is an internationally recognized leader in the field of heterogeneous
catalysis. His trademark approach places a premium on kinetic and mechanistic descriptions …

Hydrogen spillover has been widely used in heterogeneous catalysis, yet how to explore the
potential of catalyst support to further promote catalytic function of hydrogen spillover has …

Classically, catalytic promotion in bimetallic catalysts has been ascribed to atomic-scale
cooperativity between metal constituents. For catalytic reactions that could involve charge …

The intrinsic rate of aromatic hydrogenation is tuned by electronic and geometric characters
of active metals. Herein, Ru/Al 2 O 3 catalysts were prepared by varying the Ru loading from …

Hydrogen spillover (H-spillover) is the surface migration of activated hydrogen atoms from a
metallic particle on which they are generated onto a support. The phenomenon has been …

Hydrogenation-dehydrogenation cycles enable the efficient storage, transport, and release
of hydrogen via chemical means. Practical kinetic, thermodynamic, and H-density …

Abstract Design of heterogeneous catalyst to achieve efficient conversion of biomass to high
added-value chemicals is still very attractive. Herein, taking industrially important selective …

Gas-phase hydrogen combustion is ubiquitous in industrial processes, and the associated
surface kinetics on heat-resistant alloys plays a crucial role in designing efficient low-carbon …

Producing aromatic compounds sustainably from renewable sources is essential to reduce
reliance on fossil fuels. This study aims to elucidate the multifunctional behavior of Ir on Pt …