Material balance calculations produced the following expected flue gas composition:N2 = 71%, CO2 = 11%, H2O...

   

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Material balance calculations produced the following expected flue gas composition:N2 = 71%, CO2 = 11%, H2O = 10%, 02 = 8%. The calculated temperature and pressure are300 °F and 1 atm. A combustion model indicates that the concentration will be35 ppm. Will this flue gas meet the standard of 25 ppm, dry volume, corrected to 7% O2?The gasflows out of a 2.0-m diameter stack at a linear velocity of18 m/s (at stack T and P). If the PM concentration just meets the standard of20 mg/dscm, corrected to 7% O2, what is the emission rate of particulate matter,kg/day? Material balance calculations produced the following expected flue gas composition:N2 = 71%, CO2 = 11%, H2O = 10%, 02 = 8%. The calculated temperature and pressure are300 °F and 1 atm. A combustion model indicates that the concentration will be35 ppm. Will this flue gas meet the standard of 25 ppm, dry volume, corrected to 7% O2?The gasflows out of a 2.0-m diameter stack at a linear velocity of18 m/s (at stack T and P). If the PM concentration just meets the standard of20 mg/dscm, corrected to 7% O2, what is the emission rate of particulate matter,kg/day?

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ANSWER As per given Material balance calculations produced the fo... View the full answer