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SFMCS
Š’esign and analysis of effectiveness of spacer for membrane modules using CFD methods.
The novel designs of the spacer are proposed with the aim to decrease the stagnant zone size in membrane channels. The preliminary CFD simulations shown that these designs have lower pressure drop in comparison with the most conventional design.Therefore these solutions allow to decrease negative impact of the fouling and reduce energy consumption for membrane separation. An additional advantage of proposed spacers is ease of manufacturing in comparison to advanced 3D-printed spacers.
Construction & Engineering
Ukraine
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