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 …

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 …

Deep participation in peak regulation is a fundamental issue in flexible peak regulation. The
ability to operate coal-fired power units under ultra-low load plays a crucial role in China's …

This numerical study has focused on assessing the influence of adding 20% and 40%
hydrogen (on the volume of fuel basis) in different slots of a turbulent methane-air flame. The …

Accurate NOx emission monitoring is essential for an in-depth understanding of the
combustion state. However, establishing an accurate emission prediction model based on …

Ecological situation in the world has forced to close coal plants. And renewable energy
sources, which are characterized by volatility, mayn't be enough to provide countries with …

With the gradual increase of intermittent renewable energy, the coal-fired power generating
units must provide flexible peak shaving capabilities. However, the new requirement comes …

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 …

Retrofitting retirement or existing fossil boiler with biomass is an important method of curbing
electricity shortage and lowering the cost of modern power plants. However, the use of …