This contribution delivers the perspectives of ammonia for a clean energy future and
examines the potential, achievements, and associated challenges of ammonia for power …

Hydrogen production by ammonia decomposition is an in-situ technology that facilitates the
storage and transportation of hydrogen. Due to its excellent catalytic performance, ruthenium …

Ammonia is regarded as an energy vector for hydrogen storage, transport and utilization,
which links to usage of renewable energies. However, efficient catalysts for ammonia …

Because of the problems associated with the generation and storage of hydrogen in
portable applications, the use of ammonia has been proposed for on-site production of …

Ammonia with a hydrogen content of 17.6 wt% is viewed as a promising hydrogen carrier
because the infrastructures for its production, storage, and transportation have been well …

The possible role of ammonia in a future energy infrastructure is discussed. The review is
focused on the catalytic decomposition of ammonia as a key step. Other aspects, such as the …

Catalysis informatics is a distinct subfield that lies at the intersection of cheminformatics and
materials informatics but with distinctive challenges arising from the dynamic, surface …

The emerging H2 economy faces storage and transport challenges, and the use of ammonia
(NH3) as a CO x-free source of H2 via NH3 decomposition has recently attracted attention …

While ammonia synthesis and decomposition on Ru are known to be structure-sensitive
reactions, the effect of particle shape on controlling the particle size giving maximum …

Uniform and highly dispersed γ-Fe2O3 nanoparticles with a diameter of∼ 6 nm supported
on CMK-5 carbons and C/SBA-15 composites were prepared via simple impregnation and …