Increased efficiency on the plant

Higher level of automation of the combustion process

Reduction of coal consumption and emissions

Increased efficiency of the plant

Flexible adaptation to the regulations of the power market

Increased flexibility for future-proof adaptation

Reduced NOx emissions and increased efficiency: Optimization of the combustion process helped the operator to exceed governmental requirements and improve efficiency of the plant

Reduced operating costs: Lowered coal consumption and a more efficient burn
cut operating costs

Improved transparency and controllability: Laser-based measurement of the combustion products directly in the combustion chamber

30% decreased minimum stable load of the plant 

25% fuel savings during low demand times

Increased reliability and efficiency thanks to operational flexibility

Fuel savings of 0.33%

Cost savings of more than 4,000 EUR / day

Yearly saving potential of up to 1.8 Mio EUR

Temperature control that is impervious to both

load transients as well as high duct burner loads

Additional power production from the steam

turbine of 200-500kW by operating under sliding

pressure

Reduced power consumption from feedwater

pumps by 200-300kW per unit