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

State Primary Fuel NOx ControlCapacity Percent of State(MMBtu/hr FuelMA Pipeline Natural GasCombustion Modification/Fuel Reburning Water0.6%349InjectionMA Pipeline Natural Gas Dry Low NOx Burners Selective Catalytic Reduction 10,852 18.8%MA Pipeline Natural GasDry Low NOx Burners Water Injection SelectiveCatalytic Reduction6,002 10.4%MA Pipeline Natural Gas Low NOx Burner Technology (Dry Bottom only) 409 0.7%MA Pipeline Natural Gas Low NOx Burner Technology w/ Overfire Air 1,834 3.2%MA Pipeline Natural Gas Low NOx Burner Technology w/ Overfire Air Other 383 0.7%MA Pipeline Natural Gas Other 3,680 6.4%MA Pipeline Natural Gas Selective Catalytic Reduction 13,243 23.0%MA Pipeline Natural Gas Selective Catalytic Reduction Steam Injection 6,438 11.2%MA Pipeline Natural Gas Steam Injection 4,121 7.1%MA Pipeline Natural Gas Water Injection 772 1.3%MA Pipeline Natural Gas Water Injection Selective Catalytic Reduction 6,536 11.3%MA Residual Oil 11,900 35.7%MA Residual Oil Low NOx Burner Technology (Dry Bottom only) 9,998 3 %MA Residual Oil Low NOx Burner Technology w/ Overfire Air Other 5,450 16.4%MA Residual OilLow NOx Burner Technology w/ Overfire Air OverfireAir5,973 17.9%MD Coal Ammonia Injection Selective Non-catalytic Reduction 2,047 4.2%MD Coal Low NOx Burner Technology (Dry Bottom only) 2,186 4.5%MD CoalLow NOx Burner Technology (Dry Bottom only)Overfire Air3,130 6.5%MD CoalLow NOx Burner Technology (Dry Bottom only)Overfire Air Ammonia Injection Other Selective No3,130 6.5%MDMDMDCoalCoalCoalLow NOx Burner Technology w/ Closed-coupled OFASelective Non-catalytic ReductionLow NOx Burner Technology w/ Closedcoupled/SeparatedOFALow NOx Burner Technology w/ Closedcoupled/SeparatedOFA Ammonia Injection (BeganJun 16, 20785 1.6%6,235 12.9%5,317 11.0%Analysis of Emissions from Power Plants and Other Large Combustion Sources March 2011Page 93