As a fueling vector, ammonia is gaining more interest for future power generation,
transportation and heating systems. Compared to typical hydrocarbons, ammonia's low …

Rising concerns about the dependence of modern energy systems on fossil fuels have
raised the requirement for green alternate fuels to pave the roadmap for a sustainable …

Ammonia (NH 3) as a carbon-free fuel and a high-density hydrogen carrier has received
significant attention. Co-firing NH 3 with dimethyl ether (DME) is a promising option for …

Combustion of ammonia (NH 3) blended fuels under elevated pressure conditions is critical
for adopting this non-carbon fuel in the energy system for decarbonization. In the present …

In the present work, the laminar burning velocities of the NH 3+ N 2 O+ air flames were
measured using the heat flux method at 1 atm and 298 K, with varied equivalence ratios and …

Mixing ammonia (NH 3) with alcohols for combustion not only improves the combustion
characteristics of NH 3 but also retains carbon–neutral when both fuels are produced from …

Ammonia (NH 3) is regarded as a promising future carbon-free fuel but needs to overcome
drawbacks including extremely low burning velocity in practical combustion apparatus. In …

The nitric oxide (NO) formation in methane (CH 4) flames has been widely investigated, with
quite a few kinetic mechanisms available in the literature. However, studies have shown that …

Cofiring with reactive hydrocarbon and oxygenated fuels is an effective approach to
enhance ammonia (NH 3) combustion, which raises growing interest in understanding …

The application of NH 3 to transportation is a practical measure to drive the automotive
industry towards a more environmentally friendly and sustainable future. Thus, this study …