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Potentialités de la pervaporation dans les procédés hybrides de séparation

Abstract : The potential economical interest of using pervaporation, a membrane separation process, in hybrid processes (with separation or reaction unit) has been investigated. The main objective is to determine benefits and limitations of its use for an industrial application. The determination of the interest is predicted by simulation which requires a good understanding and a good representation of the elementary phenomenon of mass transfer and thermodynamic. A multilevel pervaporation modelling is developed, which takes into account the system variability (membranes and compounds) and allows choosing the number of fitted parameters according to the available experimental data. Two different industrial applications are studied. First, the recuperation of butanol from a fermentation medium is exposed. This case study has shown the gain on fermentation productivity when pervaporation, equipped with hydrophobic membrane, is used in direct coupling with fermenter. Next, the dehydration of acetic acid is studied with the aim of reduction the energy consumption of the conventional process. The configuration which has been selected involves a distillation column followed by a pervaporation module, equipped with a hydrophilic membrane. Performances of four membranes have been experimentally determined by for this application. Finally, a simulation methodology is developed, which can be applied to determine the membrane performances that need to be achieved to replace conventional processes with a hybrid process while respecting industrial specifications
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Submitted on : Thursday, March 29, 2018 - 1:12:38 PM
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Clément Servel. Potentialités de la pervaporation dans les procédés hybrides de séparation. Alimentation et Nutrition. Université de Lorraine, 2014. Français. ⟨NNT : 2014LORR0234⟩. ⟨tel-01751241⟩



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