Conditions and methods of efficient distribution of dust-and-gas flows in grain filters are considered. Various designs of distributing devices are suggested. It is shown that separating walls are more advantageous than distributing grids. Various variants of reflecting walls for the uniform distribution of the dust-and-gas flow are recommended for cylindrical porous filtering elements of dust catchers, swirlers that provide a minimum consumption of power are presented. Some design solutions for an efficient distribution of the dust-and-gas flow in electric filters are considered.
Refractories and Industrial Ceramics – Springer Journals
Published: Nov 29, 2007
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