The minimum (−1), intermediate (0) and maximum (+1) level of the amount of porogen, size of porogen and amount of binder used were 20 g, 30 g and 40 g, 50 μm, 100 μm and 150 μm, and 2 g, 3.5 g and 5 g respectively. The independent factors were the amount of porogen, size of porogen and amount of binder and dependent factor the viscosity of the ceramic paste. A three-factor and three-level design was used generating thus 15 experiments. ANOVA was used to model the system represented by independent parameters and dependent output response and to optimize the system by estimating the statistical parameters. The Box Behnken design was used to optimize the viscosity of the ceramic paste. Journal of Materials Science and Chemical Engineering,ĪBSTRACT: The objective of this work was to determine the optimum size and amount of raw materials which influence the viscosity of ceramic paste using the experimental design for the production of tubular support by the extrusion technique and its application in microfiltration. Optimization, Tubular Support, Extrusion, Viscosity of Paste, Microfiltration Optimization of Ceramic Paste Viscosity Use for the Elaboration of Tubular Membrane Support by Extrusion and Its ApplicationĪUTHORS: Celestine Asobo Yanu, Joseph Marie Sieliechi, Martin Benoit Ngassoum (1998) Ultrafiltration and Microfiltration Handbook.
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