Analysis of 2007 Emissions from Power Plants and Other ... - MARAMA

State Primary Fuel NOx ControlCapacity Percent of State(MMBtu/hr FuelNY Pipeline Natural Gas Ammonia Injection Selective Catalytic Reduction 6,330 4.9%NY Pipeline Natural Gas Combustion Modification/Fuel Reburning 2,300 1.8%NY Pipeline Natural Gas Dry Low NOx Burners Ammonia Injection 2,156 1.7%NY Pipeline Natural Gas Dry Low NOx Burners Selective Catalytic Reduction 9,811 7.5%NYPipeline Natural GasDry Low NOx Burners Water Injection SelectiveCatalytic Reduction24,546 18.9%NY Pipeline Natural Gas Overfire Air 10,349 8.0%NY Pipeline Natural Gas Selective Catalytic Reduction 10,634 8.2%NY Pipeline Natural Gas Selective Catalytic Reduction Steam Injection 5,754 4.4%NY Pipeline Natural Gas Selective Catalytic Reduction Water Injection 625 0.5%NY Pipeline Natural Gas Steam Injection 13,914 10.7%NY Pipeline Natural Gas Water Injection 1,834 1.4%NY Pipeline Natural Gas Water Injection Ammonia Injection 848 0.7%NY Pipeline Natural GasWater Injection Ammonia Injection Selective CatalyticReduction858 0.7%NY Pipeline Natural Gas Water Injection Selective Catalytic Reduction 8,596 6.6%NY Residual Oil 22,380 27.7%NY Residual Oil Combustion Modification/Fuel Reburning 2,150 2.7%NYResidual OilCombustion Modification/Fuel Reburning Low NOxBurner Technology w/ Overfire Air855 1.1%NY Residual Oil Other 14,018 17.4%NY Residual Oil Overfire Air 41,351 51.2%PA Coal 4,918 2.6%PA Coal Ammonia Injection 2,249 1.2%PA Coal Combustion Modification/Fuel Reburning 1,200 0.6%PACoalCombustion Modification/Fuel Reburning Low NOxBurner Technology (Dry Bottom only) Overfire A1,300 0.7%PA Coal Low NOx Burner Technology (Dry Bottom only) 500 0.3%PA CoalLow NOx Burner Technology (Dry Bottom only)Overfire Air4,684 2.4%PA CoalLow NOx Burner Technology (Dry Bottom only)Overfire Air Selective Non-catalytic Reduction Co2,400 1.2%Analysis of Emissions from Power Plants and Other Large Combustion Sources March 2011Page 97