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 …

A computational model for analysis and minimizing the fuel and environmental costs was
applied to a 310 MW fuel oil fired boiler. The effects of the main operating variables (load …

The results of experimental study on excess-air-dependent heat losses and gaseous
emissions (NOx, SO2 and CO) for a 310 MW fuel oil-fired boiler operating at full and reduced …

The thermal-power plant with combined heat and power (CHP) production located in the city
of Zrenjanin (Serbia) is powered by two steam boilers with nominal power of 280 MW each …

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 …

A linear programming-based approach was applied to optimize the power (or load)
distribution among 200-MW and 310-MW units of a 1330-MW power plant (co-) firing fuel oil …

Computational method of determining an optimal value of excess air needed for firing fuel oil
(or gaseous fuel) in a steam boiler is presented. The method is based on a cost approach …

Coal-fired power plant technologies should provide higher efficiency of energy conversion,
reduction of pollutants emission, operation of facilities in a wide range of loads and efficient …

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 …

Most of Malaysian industrial boilers use low grade fuel oils such as the Medium Fuel Oil
(MFO) as the energy source. Due to associated problems with emission, operating cost and …