The wind speed at the top Of the stack and the stack gas velocity is 5 and 12 m/s, respectively. The stack diameter is 1 m with a 40 m physical stack height. The atmospheric stability condition is neutral with a temperature Of 15 oc and the stack temperature is 120 oc Determine the emission flow rate, Q so that the standard value (150 gg/rn3) would not be exceeded in anywhere around the emission source.( Ts=393K , Ta=288K )

The wind speed at the top Of the stack and the stack gas velocity is 5 and 12 m/s, respectively. The stack diameter is 1 m with a 40 m physical stack height. The atmospheric stability condition is...

The wind speed at the top Of the stack and the stack gas velocity is 5 and 12 m/s, respectively. The stack diameter is 1 m with a 40 m physical stack height. The atmospheric stability condition is neutral with a temperature Of 15 oc and the stack temperature is 120 oc Determine the emission flow rate, Q so that the standard value (150 gg/rn3) would not be exceeded in anywhere around the emission source.( Ts=393K , Ta=288K )

Jun 09, 2022