Low-gradient combustion (LGC) proved to be an effective alternative technology to reduce
pollutant emissions and carbon footprint, specifically when combined with hydrogen as a …

MILD combustion technology possesses several advantageous characteristics, including its
ability to accommodate a wide range of fuels, achieve high fuel utilization, and effectively …

Pure hydrogen moderate or intense low-oxygen dilution (MILD) combustion offers a
potential solution to meet low NO emission needs while achieving rapid decarbonization for …

The world's oceans are an important part of the global carbon cycle, having already
absorbed one-quarter of the anthropogenic carbon emissions, however, at the expense 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 …

One of the most promising methods for clean utilization of hydrocarbon fuels and CO 2
capture is oxy-fuel combustion. However, report on oxy-fuel burning of industrial gas is still …

To deepen the understanding of combining moderate or intense low-oxygen dilution (MILD)
combustion with oxy-fuel combustion for enhancing flame stability while realizing carbon …

MILD combustion is usually operated at relatively low thermal intensity to achieve uniform
temperature field and low pollutant emissions, further understanding of its emission …

This study investigates the influence of pressure variation on combustion properties,
including laminar burning velocity and ignition delay time, as well as emissions in gas …

The NO mechanism under the moderate or intense low-oxygen dilution (MILD) combustion
of syngas has not been systematically examined. This paper investigates the NO …