Key Highlights:

• Ammonia offers high energy density without carbon emissions, making it a promising fuel alternative.
• Challenges with low reactivity? Cofiring with hydrogen or partially cracking ammonia might be the solution.
• Our study, conducted on an optical engine test rig, reveals that turbulent flame speeds of ammonia-based fuels can rival those of methane, even with low levels of ammonia cracking.
• This is caused by the stronger turbulence response of ammonia-based fuels, which makes them attractive candidates for highly turbulent engine applications.

Why it matters: These findings bring us closer to a sustainable, carbon-free future, with ammonia playing a crucial role in the next generation of energy systems.

Read the full article here: If you are interested in the details, you can read the Open Access article published in the prestigious journal Fuel: https://www.sciencedirect.com/science/article/pii/S0016236124017654

Congratulations to the authors on this excellent study: Marc Klawitter, Silas Wüthrich, Patrick Cartier, Patrick Albrecht, Kai Herrmann, Clemens Gößnitzer, Gerhard Pirker, Andreas Wimmer. Many thanks for the successful collaboration on this publication to our colleagues at the University of Applied Sciences Northwestern Switzerland FHNW