Hydrogen is considered one of the most promising future solar fuels. Nowadays, particular
attention is directed to H2 production through the photoreforming of formic acid (FAc) …

Formic acid is considered as one of the most promising liquid organic hydrogen carriers. Its
catalytic dehydrogenation process generally suffers from low activity, low reaction selectivity …

Dehydrogenation of formic acid (FA) via photocatalytic technology is an attractive strategy to
meet the enhanced demand of hydrogen. Regarding the existing complex modification …

There are multiple factors that influence the catalyst performance in the reaction of formic
acid dehydrogenation: the nature of catalyst and/or support, the used solvent and reaction …

A series of novel Cp* Ir complexes with nitrogen-rich N̂N bidentate ligands were
developed for the catalytic dehydrogenation of formic acid in water under base-free …

In this work, a series of Pd catalysts supported on commercially available activated carbon
(Norit®) were prepared by employing different metal precursors (Pd (NO 3) 2 and Na 2 PdCl …

Hydrogen is pivotal for the shift towards cleaner energy systems, prompting the need for
sustainable, efficient green hydrogen production methods. This study introduced a one-pot …

Formic acid, attractive as a renewable and safe liquid organic hydrogen carrier (LOHC), can
be obtained by biomass conversion and CO2 hydrogenation with green hydrogen. The …

Formic acid (FA) can serve as a hydrogen carrier and is easy to store and transport.
However, the decomposition of FA requires the use of a catalyst to accelerate the reaction …

In this study, palladium is proposed as an active site for formic acid dehydrogenation
reaction. Pd activity was modulated with Co metal with the final aim of finding a synergistic …