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Modeling and optimization of osmotic dehydration of banana followed by air drying.

机译:香蕉渗透脱水然后空气干燥的建模和优化。

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摘要

A mathematical model was developed to optimize the osmotic dehydration of bananas (Musa spp.) followed by air drying. The model was validated with experimental data and simulations were performed to show how the operating conditions affect the process. Process optimization was performed to obtain the best operating conditions that would reduce the total processing time. The results showed the advantages of using moderate to high sucrose concentrations (55-65 degrees Brix) for the osmotic solution, reduced pressure and the use of osmotic treatment in reducing the total processing time of banana drying..
机译:建立了数学模型以优化香蕉(Musa spp。)的渗透脱水,然后进行空气干燥。该模型已通过实验数据验证,并进行了仿真以显示操作条件如何影响过程。执行过程优化以获得最佳的操作条件,这将减少总处理时间。结果表明,使用中等至高浓度蔗糖浓度(55-65度白利糖度)作为渗透溶液,降低压力以及采用渗透处理减少香蕉干燥的总处理时间的优势。

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