Ammonia is a formidable chemical that has been investigated over 150 years for its use in
the chemical processing field. The potential of the molecule to be used in farming …

Owing to the global demand to prevent global warming and achieve carbon neutrality by
reducing greenhouse gas emissions, ammonia (NH 3) has attracted attention as a promising …

Co-firing NH 3 in coal-fired power plants is an attractive method to accelerate the pace of
global decarbonization. However, the contradiction between achieving elevated …

Ammonia/coal co-firing in coal-fired power plants is an effective and promising route to
achieve CO 2 reduction. This paper studies ammonia/coal co-firing in a 45 kW wall …

Ammonia is a carbon-free, hydrogen-rich fuel, which is considered as an alternative energy
source with high utilization potential. Ammonia/coal co-firing in air-staged coal-fired boilers …

The utilization of ammonia as a partial substitute for coal has garnered considerable
attention as a technology for direct reduction of CO 2 emissions in power plants. This study …

Abstract Co-firing ammonia (NH 3) with coal for thermal power generation is a promising
strategy for achieving global carbon neutrality. However, the drawbacks of NH 3 combustion …

Coal and ammonia (NH 3) co-firing technology is a promising solution allowing the
retrofitting of coal power facilities and contributing to global decarbonisation goals. Reactive …

Co-firing of ammonia (NH 3) and coal in boilers is a promising technology to reduce CO 2
emissions from power plants. However, NH 3/coal co-firing in swirl burners can impact the …

Primary air significantly impacts the ultra-low-load combustion of coal-fired utility boilers. In
this study, eleven combustion scenarios with varied primary air ratios (the flowrate ratio of …