Question

Design a packed tower to reduce 95% of NH3 (g) present in 283.17 m^3/min (10,000 acfm) of exhaust at a 25% mixing ratio. Emissions T,P conditions = 46C, 760 mm Hg Base design on the following parameters: • Average scrubber temperature = 30C • Pressure in scrubber = 1 atm • Pure water is used as scrubber liquid • Water rate is 1.5 times minimum • Packing is 1.0 in ceramic Raschig rings. ky.𝑎=15lbmol/hr.ft^3.delta𝑦 and kx.𝑎= 60lbmol/hr.ft^3.deltax

Name: design a packed tower to reduce 95 of nh3 g present in 28317 m3min 10000 acfm of exhaust at a 25 mixing ratio emissions tp conditions 46c 760 mm hg base design on the following parameters av 28152
Uploaded: 2022-11-26T17:06:05-08:00
Duration: 2 min 16 s
Channel: Sri K
Description: design a packed tower to reduce 95 of nh3 g present in 28317 m3min 10000 acfm of exhaust at a 25 mixing ratio emissions tp conditions 46c 760 mm hg base design on the following parameters av 28152

          Design a packed tower to reduce 95% of NH3 (g) present in 283.17 m^3/min (10,000 acfm) of exhaust at a 25% mixing ratio. Emissions T,P conditions = 46C, 760 mm Hg Base design on the following parameters: • Average scrubber temperature = 30C • Pressure in scrubber = 1 atm • Pure water is used as scrubber liquid • Water rate is 1.5 times minimum • Packing is 1.0 in ceramic Raschig rings. ky.𝑎=15lbmol/hr.ft^3.delta𝑦 and kx.𝑎= 60lbmol/hr.ft^3.deltax

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Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Sri K

11/26/2022

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Design a packed tower to reduce 95% of NH3 (g) present in 283.17 m^3/min (10,000 acfm) of exhaust at a 25% mixing ratio. Emissions T,P conditions = 46C, 760 mm Hg Base design on the following parameters: • Average scrubber temperature = 30C • Pressure in scrubber = 1 atm • Pure water is used as scrubber liquid • Water rate is 1.5 times minimum • Packing is 1.0 in ceramic Raschig rings. ky.𝑎=15lbmol/hr.ft^3.delta𝑦 and kx.𝑎= 60lbmol/hr.ft^3.deltax