Deposits on burner nozzles are eliminated. Flame is stable, hotter and in the required direction. Combustion is catalytically improved. Soot formation is reduced. Fireside deposits are eliminated.
Heat transfer is improved.
Vanadium and sodium in the fuel are neutrallized. Formation of sulphur trioxide is prevented and corrosion is inhibited. Stack temperature is reduced. Carbon monoxide, oxygen and unburnt hydrocarbons in the stack gases are minimized while carbon dioxide in stack gases is increased. Frequent cleaning, maintenance and overhaul are not required.