Applying a novel generalized model of sedimentation to the design of settlers and thickeners: Integration and extension of the classical procedures

JL Bueno-de-las-Heras*, A Gutiérrez-Lavín and MM Mahamud-López

A new generalized procedure previously introduced and justified by the authors, based on the simultaneous integration of the macroscopic and microscopic differential mass balances by introducing the concept of separation units as an extension of the transfer unit concept was applied here to sedimentation. This similarity leads to a broader analogy with basic transfer and transformation unit operations, at this step focused on the formulation and contrast of a generalized form of the so-called design or sizing equation. This model is comparatively applied under restricted flow Conditions-Vertical Flow Settlers (CSTS) - with the classical methods and extended to the design of horizontal flow settlers (PFS). That opens the door to the sizing of settlers and thickeners in the presence of deviations from these ideal flow models and with other operating configurations. Such a contribution to a desirable generalization and homologation is according to Chemical Engineering methodology specifically in the frequently empirical or casuistic treatment of unit operations with particulate solids.

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Published on: Jun 25, 2024 Pages: 43-56

Full Text PDF Full Text HTML DOI: 10.17352/aest.000078
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