The purpose of this paper is to examine effect of co-combustion of heavy fuel oil and natural
gas on the pollutant formation: CO2, SO2, SO3, NOX and soot. The analysis was carried out …

This work was aimed at modeling of major gaseous emissions (NOx, SO3, SO2, CO2) from
boiler units of a power plant firing (or co-firing) fuel oil and natural gas for variable operating …

Oxy-fuel combustion (OFC) belongs to one of the three commonly known clean coal
technologies for power generation sector and other industry sectors responsible for …

Solid fuel combustion in an actual combustion chamber using coal with an ash content of
more than 40% for minimization of the deleterious effects (environmental pollution) of heat …

NOx emission, heat transfer, and high temperature air combustion (HiTAC) in a boiler of
Mobin Petrochemical Complex, Iran was numerically studied. The comparison between the …

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 …

Constantly increase popularity of the reburning process for reduction of NO x emission,
forces to investigate the impact of reburning process on the combustion conditions within the …

The paper presents the numerical simulation results of furnace of the boiler K-50-14-250 for
three operation modes with computational fluid dynamics software ANSYS Fluent. The boiler …

This academic paper revolves around the results of research on the change in emission
parameters of the used heating boiler following the introduction of the overheated water …

Pulverized coal-fired power plants should provide higher efficiency of energy conversion,
flexibility in terms of boiler loads and fuel characteristics and emission reduction of pollutants …