Formic acid (HCOOH), with a hydrogen capacity of 4.3 wt%, has attracted increasing interest
in the utilization as a promising H2 carrier. The CO2 HCOOH cycle is believed to be a …

Hydrogen (H 2) is regarded as a novel energy carrier with huge development potential, and
it will be essential in future clean energy systems. Given the existing challenges in direct H 2 …

Transition-metal-catalyzed transfer hydrogenation with an in situ hydrogen donor has
received a great deal of attention from both academia and industry as an alternative to the …

With the renewed interest for hydrogen as an energy carrier, means to produce, but most
importantly store, transport, and distribute,“green” hydrogen over long distances has …

Biomass waste product was used to generate biochars as catalytic supports for selective
hydrogen production from formic acid. The supports were obtained after pyrolysis in CO 2 …

Hydrogen generation from formic acid (FA) under mild conditions has received significant
attention, where Pd-based catalysts have been widely employed due to their superior …

Herein, we investigated the effect of Pd size on a formic acid dehydrogenation (FAD)
reaction. A series of size-controlled Pd/C catalysts was simply prepared by a treatment using …

The urgency for finding clean energy sources is nowadays latent, and the role of hydrogen
in the future of energy is well-recognized. However, there are still various barriers that limit …

Heterogeneous catalysis of formic acid dehydrogenation at room temperature is a promising
tactic for safely storing and producing H2 as an efficient energy carrier. Up to now, the …

Formic acid and formates are often produced by hydrogenation of CO2 with hydrogen over
homogeneous catalysts. The present review reports recent achievements in utilization of …