Ammonia decomposition has attracted significant attention in recent years due to its ability to
produce hydrogen without emitting carbon dioxide and the ease of ammonia storage. This …

On-site ammonia decomposition has been considered as a potential candidate to alleviate
the challenges of hydrogen storage and transportation by utilizing NH 3 (with a high …

As more and more fuel cell vehicles are being developed and used, the production, storage,
transportation, and utilization of hydrogen have become hot topics in the international …

Catalytic decomposition of ammonia with complete conversion for generating hydrogen at
low temperature (< 450° C) is getting much attention, as onsite hydrogen generation from …

With the energy transition looming, the search for carbon-free fuels is imperative. Hydrogen
is an excellent alternative to fossil fuels, but there are significant challenges in transport and …

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 …

Hydrogen (H2) is a zero-carbon and high-energy-density fuel promising to replace fossil
fuels for power generation and clean energy. However, hydrogen still faces enormous …

Hydrogen energy became the most significant energy as the current demand gradually
starts to increase. Hydrogen energy is an important key solution to tackle the global …

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 …

The wide-spread implementation of the so-called hydrogen economy is currently partially
limited by an economically feasible way of storing hydrogen. In this context, ammonia has …