Carbon dioxide (CO 2) emissions from the cement industry account for 26% of the total
industrial emissions, and the need to develop low-carbon techniques within the cement …

Compared with conventional air combustion, the combustion mode and medium of
unconventional combustion technologies (oxy-fuel combustion, moderate or intense low …

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 …

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 …

The tremendous increase in energy demand due to increased population and rapid
economics results in an increased level of atmospheric pollutants and global warming. The …

The purpose of this study is to analyze the possibility of combining two innovative
combustion technologies in large-scale pulverized coal fired plants: Moderate or Intense …

Moderate or intense low-oxygen dilution (MILD) combustion has the advantages of high
thermal efficiency and ultralow NO x emissions. This technology has attracted extensive …

Paper presents the results of pulverized coal-fired steam boiler analysis under varying
operating conditions. To investigate the efficiency of the analyzed steam boiler, the energy …

In practical pulverized coal Moderate or Intense Low-oxygen Dilution oxy-fuel combustion
(MILD-oxy) process, the accumulation of steam results in the recycled flue gas consisting of …

In the present study, mild flame or “flameless” combustion of methane, hydrogen and
methane/hydrogen blended fuels in a furnace having internal recirculation of product gas …