Example Calculations - GamAir

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Time: Required Input DataO2 = = = = =70TWET =70PB = = =5780%H2O = = Analysis Input%C = = = = = =19595Fd (M19)* =9190 Fd-Factor (Fuel) =8991HAMB = humidity, (pound of H2O/pound of dry air)ISO K-Factor = (ppm@15%O2) = (ppmISO@15%O2) = (lb/hr) = (lb/MMBtu) = (ppm@15%O2) = (lb/hr) = (lb/MMBtu) = (ppm@15%O2) = (lb/hr) = (lb/MMBtu) = NOx Concentration Corrected to 15% Oxygen (NOx at 15% O2), parts per millionNOx at 15% O2 = NOx at 15% O2 = , pounds per million British thermal unitsparts per million (ppm)(NOx) x [( - ) / ( - O2)]Emission calculation Symbolsobserved combustor inlet absolute pressure at test, inches of mercuryEPA Method 19 published Fd-Factor from Table 19-2, (dscf/106 Btu)*(optional use Method 19 value only when fuel analysis data is not available)percent by weight of nitrogen in fuel, (%)percent by weight of sulfur in fuel, (%)percent by weight of oxygen in fuel, (%)gross calorific value of fuel, (Btu/lb)oxygen concentration (dry/volume), (%) Example CalculationsRun Number:Boiler 1 Date:3/24/20031605-1705oxides of nitrogen concentration (dry/volume), (ppm)carbon monoxide concentration (dry/volume), (ppm)sulfur di

ISO K-Factor = = 1.00 x 1.1930 x 0.9676 ISO K-Factor = 1.15 where, PREF = 29.92 POBS = 30.21 e = 2.718 transcendental constant, 2.718 HAMB = 0.0156 TAMB = 294.3 ambient temperature, degrees Kelvin (degrees Celsius + 273.15)

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