Fundamental knowledge on flame chemistry of ammonia, which is necessary to design and develop a low-exergy-loss combustor without CO2 emission, is investigated.
Ammonia emits no carbon dioxide (CO2) when it is burned, which has led to expectations that it could rewrite Japan's energy strategy by replacing coal, notorious for its heavy CO2 emissions.
Fundamental knowledge on flame chemistry of ammonia, which is necessary to design and develop a low-exergy-loss combustor without CO2 emission, is investigated.