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 …

Biomass co-firing within the existing infrastructure of pulverized coal utility boilers is viewed
as a practical near-term means of encouraging renewable energy while minimizing capital …

In this study, new coefficients for the weighted-sum-of-gray-gas (WSGG) model are
proposed based on the up-to-date HITEMP2010 database. The coefficients are determined …

The HITEMP 2010 spectral emissivity database has been employed in line by line (LBL)
calculation to produce an accurate total emissivity database for H 2 O–CO 2 mixtures of the …

Moderate or intense low-oxygen dilution (MILD) combustion is suitable for solving the
problems of unstable flames and high NO x emissions (E NO x) of ammonia fuels; however …

Oxy-fuel combustion is one of the promising options for carbon dioxide capture in future coal
power plants. Radiative properties of combustion gases and heat transfer characteristics …

Accurate prediction of NOx emission is essential in designing combustion devices and
troubleshooting of existing ones. The aim of this work is to investigate the sensitivity of NOx …

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 …

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 …

In order to investigate the role of combustion chemistry and radiation heat transfer in oxy-fuel
combustion modeling, a computational fluid dynamics (CFD) modeling study has been …