Experimental and numerical evaluation of the performance of a novel compound demister
A novel compound demister that combines an upstream tube bank and downstream wave
plates was proposed in this work for application in multistage flash (MSF) desalination
process. Its performance was evaluated by experimental and numerical methods. Compared
with the individual tube-bank and wave-plate demisters, the compound demister is found to
have the highest separation efficiency (> 95%) with much less fluctuation for a wide range of
gas velocities. At low gas velocities (≤ 4 m/s) or for removing small droplets (< 20 μm), the …
plates was proposed in this work for application in multistage flash (MSF) desalination
process. Its performance was evaluated by experimental and numerical methods. Compared
with the individual tube-bank and wave-plate demisters, the compound demister is found to
have the highest separation efficiency (> 95%) with much less fluctuation for a wide range of
gas velocities. At low gas velocities (≤ 4 m/s) or for removing small droplets (< 20 μm), the …
Experimental and numerical evaluation of the performance of a novel compound demister.
LYL Liu YiLin, YDX Yu DunXi, JJK Jiang JingKai… - 2017 - cabidigitallibrary.org
A novel compound demister that combines an upstream tube bank and downstream wave
plates was proposed in this work for application in multistage flash (MSF) desalination
process. Its performance was evaluated by experimental and numerical methods. Compared
with the individual tube-bank and wave-plate demisters, the compound demister is found to
have the highest separation efficiency (> 95%) with much less fluctuation for a wide range of
gas velocities. At low gas velocities (≤ 4 m/s) or for removing small droplets (< 20 µm), the …
plates was proposed in this work for application in multistage flash (MSF) desalination
process. Its performance was evaluated by experimental and numerical methods. Compared
with the individual tube-bank and wave-plate demisters, the compound demister is found to
have the highest separation efficiency (> 95%) with much less fluctuation for a wide range of
gas velocities. At low gas velocities (≤ 4 m/s) or for removing small droplets (< 20 µm), the …
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