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 …

NH 3 is a good carrier of H 2 and does not emit CO 2 during combustion; thus, it is attracting
attention as a renewable energy carrier with the goal of reducing greenhouse gas emissions …

Ammonia is a molecule that has been essential to human activities for centuries. It is widely
used as a feedstock for fertilizers, industrial chemicals, and emissions after-treatment …

Ammonia (NH3) is a promising fuel, because it is carbon-free and easier to store and
transport than hydrogen (H2). However, an ignition enhancer such as H2 might be needed …

Ammonia (NH 3) stands as a pivotal player in the global shift towards carbon-free energy
systems. Reliable chemical kinetic models are crucial for advancements in NH 3-based …

The low reactivity of ammonia (NH3) is the main barrier to applying neat NH3 as fuel in
technical applications, such as internal combustion engines and gas turbines. Introducing …

The present work investigates the regime classification and chemical characteristics of the
premixed ammonia combustion in a well stirred reactor (WSR). Three combustion regimes …

The 15 short chapters that form this 2023 ammonia-for-energy roadmap provide a
comprehensive assessment of the current worldwide ammonia landscape and the future …

The reaction NH3+ NH2⇄ N2H3+ H2 (R1) has been identified as a key step to explain
experimental results for pyrolysis and oxidation of ammonia. However, no direct …

Enhancement of ammonia reactivity is crucial for potential applications of ammonia as an
engine and gas turbine fuel. A common strategy for improving ammonia's poor reactivity is …