In the pursue of a carbon-free economy, the utilization of fuels with low or zero carbon
footprint account for only 1% of global final energy demand, a share that is predicted to …

Ammonia has been essential to human activities for centuries. It is widely used as feedstock
for fertilizers, industrial chemicals, and emission after-treatment systems. Owing to its …

The comparisons between the cracked gas and DME addition with a certain proportion on
combustion behaviors are studied. A mechanism for the prediction of ammonia/H 2/DME is …

Ammonia (NH 3) is a carbon-free fuel that shows great research prospects due to its ideal
production and storage systems. The experimental data of the laminar burning velocity of …

Ammonia (NH 3) has been suggested as a fuel to attain zero carbon emissions. However,
dealing with ammonia needs careful studies to reveal its limits as a suitable and promising …

With the increasingly stringent CO 2 emission, next-generation propulsion systems with
chemical reaction combustion involved need to operate with carbon-free fuels, such as …

A possible solution to improve the combustion properties of ammonia is to blend it with other
fuels. Two of the most usually used co-fuels are hydrogen and syngas (H 2/CO). To …

The development of carbon-free fuels is essential for establishing sustainable energy growth
with ultra-low carbon emissions. In this quest, development of newer fuels with efficient …

Ammonia has received significant attention as a carbon-free fuel and a promising carrier of
hydrogen. Ammonia cracking presents an effective method for on-line hydrogen production …

Abstract Ammonia (NH 3), as an ideal zero-carbon fuel, plays a positive role in mitigating
global warming. By cofiring NH 3 with highly reactive small molecule fuels such as hydrogen …