Compared to traditional hydrocarbon fuels, ammonia presents significant challenges as a
fuel, including high ignition energy, low reactivity, slow flame propagation, and high NO x …

Ammonia, a carbon-free source of hydrogen has recently gained considerable attention as
energy solution towards a green future. Previous works have shown that adding 30 VOL …

The combustion of ammonia/hydrogen is currently gaining importance in the power
generation sector as an alternative for hydrocarbon fuels and improved fundamental insights …

Climate change and global warming necessitate the shift toward low-emission, carbon-free
fuels. Although hydrogen boasts zero carbon content and high performance, its utilization is …

Utilising ammonia, which is one of the most promising carbon-free fuels, comes with the
challenge of stable combustion due to its low reactivity. Therefore, advanced strategies are …

Ammonia (NH 3) is being explored as a hydrogen carrier with no carbon emissions.
However, if burned directly as NH 3, rather than being completely decomposed back to N …

To tackle climate change, we need to incorporate renewable energy sources on a large
scale. One potential solution is the use of hydrogen, as an alternative energy vector that can …

Ammonia, with its high hydrogen density, cost effectiveness and ease of storage, is
emerging as a potential fuel to meet decarbonisation targets in various sectors. However …

Ammonia is presenting an ideal pathway towards reducing greenhouse gas (GHG)
emissions by substituting traditional fuels to achieve carbon neutrality. However, the …

As a kind of substitute fuel of hydrocarbon fuel, ammonia has gained increasing attention for
its potential to reduce carbon emissions. Blending with carbon-neutral methanol is expected …