Effect of Diffusers Based on Porous Media on the Dust Cleaning in Cartridge Filters
Author(s): Li Lanxi, Xu Hailun, Liu Dong, Ye Huiwen
Pages: 87-89,94
Year: 2016 Issue: 1
Journal: Refrigeration & Air-Condition
Keyword: cartridge filters; dust-cleaning performance; porous media; numerical simulation;
Abstract: Due to the losing efficacy of the dust-cleaning at the top of the cartridge filters and the overlarge pressure at the bottom, this paper proposes to interfere the dust-cleaning fluid flow in the cartridge filters with gas diffusers based on porous media. The influence of the inlet-pressure and the diffusers based on porous media on these characteristics is simulated. Results are as follows. At the same inlet-pressure of the nozzles, the dust-cleaning performance shows the best when the porosity of the porous media is 0.87. At the same porosity of the porous media, the dust-cleaning performance shows the best when the inlet-pressure of the nozzles is 0.5MPa.
Pages: 87-89,94
Year: 2016 Issue: 1
Journal: Refrigeration & Air-Condition
Keyword: cartridge filters; dust-cleaning performance; porous media; numerical simulation;
Abstract: Due to the losing efficacy of the dust-cleaning at the top of the cartridge filters and the overlarge pressure at the bottom, this paper proposes to interfere the dust-cleaning fluid flow in the cartridge filters with gas diffusers based on porous media. The influence of the inlet-pressure and the diffusers based on porous media on these characteristics is simulated. Results are as follows. At the same inlet-pressure of the nozzles, the dust-cleaning performance shows the best when the porosity of the porous media is 0.87. At the same porosity of the porous media, the dust-cleaning performance shows the best when the inlet-pressure of the nozzles is 0.5MPa.
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