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Currently, our effort is focused on depicting an accurate energy dissipation map inside the flocculator, describing the size and the shape of the region where most of the energy is dissipated and the formation and collisions of flocs happen, thus providing basis for more efficient and economical design utilizing geometries that dissipate energy as uniformly as possible.
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Pathlines of the fluid in a single baffle flocculater, viewed from left, right, top and bottom |
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| {center} !overview.jpg|width=400! h6. Pathlines of the fluid in a single baffle flocculater, viewed from left, right, top and bottom {center} |
Research
Performance parameters analysis in 2D
Characterized the performance of flocculation tanks of different geometry (different ratios of flocculation tank height/baffle spacing), using parameters derived from a semi-empirical flocculation mode, calculated from numerical values of each nodes in the CFD solution.
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