H2 dissociation plays crucial roles in catalytic hydrogenation reactions and hydrogen
storage. Metal-nanoparticle-based heterogeneous catalysts often dissociate H2 via a …

Reversible hydrogenation and dehydrogenation processes were investigated in a liquid
organic hydrogen carrier (LOHC) system by employing a single-catalyst approach. Key …

Catalytic activation of dihydrogen (H2) on metal surfaces allowed the development of very
important industrial hydrogenation processes and plays also an important role in the context …

H2 activation is fundamental in catalysis. Single-atom catalysts (SACs) can be highly
selective hydrogenation catalysts due to their tunable geometric and electronic properties. In …

Catalytic hydrogenation/hydrogenolysis always involves the dissociation of H 2 and the
activation of substrate. H 2 can be dissociated via homolytic and heterolytic pathways. The …

Alkali metals (AM) are frequently used as promoters in a number of reactions. In aromatic
hydrogenation over Ru/MgO, their basicity may promote heterolytic H 2 adsorption, thereby …

Tailoring the hydrodeoxygenation capacity via construction of metal–support interfaces is
still a significant challenge for hydrogenation of oxygenated substrates. Herein, we boosted …

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 …

The noble metals are widely used in heterogeneous catalysis and automobile industry. The
limited natural sources and high cost of noble metals dictates improving the efficiency of …

Herein, we report a highly active K-added Ru/MgO catalyst for hydrogen storage into
aromatic benzyltoluenes at low temperatures to advance liquid organic hydrogen carrier …