The topic invites presentations on the development, validation, improvement and comparison of chemical kinetic mechanisms designed to evaluate ammonia applications (ie. combustion or electrocatalysis).

The topic addresses novel methods of production of ammonia, whilst also approaching the impact on materials and components during the production, reaction or degradation/cracking of ammonia.

The topic focuses on the study, development, testing, implementation, and operation of thermal systems under atmospheric and slightly pressurised conditions. Power outputs can range from a few Watts to GW power stations.

The topic concerns the study, development, testing, implementation, and operation of internal combustion engines operating with ammonia. Ammonia can be present as a blend or in its pure form. Presentations relevant to auxiliary systems impacted by ammonia in ICEs (ie. lubrication, cooling, etc.) are also invited to this colloquium.

The topic invites presentations on the subject of Fuel Cells fed by ammonia. AFC and SOFC are particularly important as they address a higher ammonia content in Fuel Cell applications. PEMs are invited as long as the ammonia cracking, purifying and feeding approach is clearly raised (hence showing the importance of ammonia in the presentation).

The topic concerns the study, development, testing, implementation, storage, and operation of gas turbines for stationary energy production or propulsion using ammonia. Similarly, Jet Engines fed with ammonia blends or that employ novel ammonia storage concepts are highly encouraged to present their contributions in this colloquium.

The topic addresses the study of fundamental combustion in rigs with a highly theoretical approach. Laboratory rigs such as bunsen flames, counter-flow rigs, spray chambers, constant volume bombs, etc. are invited in this colloquim to present their work. Laminar and turbulent studies using these variety of rigs will be approached in these sessions.

The topic addresses the environmental impact of using ammonia, as well as Life Cycle Assessments and Techno-economic analyses in various systems feeding, storing, distributing or producing ammonia.

New technologies and innovative studies in the areas of social sciences, biosciences, medicines, etc. are all invited to this colloquium. Novel concepts will be presented in these sessions, potentially opening new areas of research and development. 

The topic focuses on the modeling of ammonia application systems (ie, fuel cells, combustors, engines, etc.). Emphasis on modeling improvements needs to be given in order to differentiate these presentations from other topics, hence showing how new modeling methodologies can be employed for the study of ammonia reaction.