With the combination of experimental and numerical techniques, flame dynamics and
stability of ammonia/hydrogen co-firing combustion are unraveled. Five types of fundamental …

The reduction of the emissions of CO2, especially from coal-fired power plants, is an
important topic due to the caused greenhouse effect. Ammonia/coal co-firing is considered …

South Africa is an energy-intensive developing country in Africa and ranked as the 1st and
14th emitter of greenhouse gas (GHG) in Africa and the world, respectively. The abundance …

Ammonia, a reliable low-carbon alternative fuel with energy storage capabilities, has
garnered increasing attention for its application of co-firing in coal-fired power plants as a …

Ammonia is now being explored as a potential gas turbine fuel because of its renewable
and carbon-free nature. Ammonia combustion possesses various limitations, such as high …

The potential increase in nitrogen oxide emissions in the coal/ammonia co-firing can hinder
the large-scale utilization of ammonia to reduce carbon emissions. In this work, a fluidized …

Coal-fired power plants remain a significant source of CO 2 emission, NH 3/coal co-firing in
existing coal-fired boilers can rapidly and effectively reduce CO 2 emissions. However, the …

To achieve carbon neutrality in power generation, incorporating ammonia-coal co-firing into
coal-fired boilers effectively reduces CO 2 emissions. Here, we aimed to optimize ammonia …

Co-combustion of coal and ammonia presents an effective strategy to gradually reduce the
share of coal-fired power generation and, thereby, achieve CO2 reduction. In this work, the …

Recent research on power plant technology has focused on employing ammonia as a
supplementary fuel with coal to reduce carbon dioxide emissions from coal-fired power …