Optimization Of Microwave Drying Of Salt With Response Surface Methodology

The Minerals, Metals and Materials Society
Bao-bao Wang Li-bo Zhang Bing-guo Liu Jin-hui Peng Hong-ying Xia Zhi-qiang Li
Organization:
The Minerals, Metals and Materials Society
Pages:
7
File Size:
489 KB
Publication Date:
Jan 1, 2015

Abstract

Based on optimization using response surface methodology designed by Box- Behnken, to study the interaction of wet industrial salt with moisture drying temperature (50-90 ); duration (10-50s); and the weight of the materials (20-60g). The results show that: the experimental parameter conforms to the quadratic equation model to influence the moisture content and the dehydration speed., in analyzing the significance and the interaction of various factors, the optimum by the Design Expert software conditions for drying with microwave radiation include temperature of 90 , duration of 10s, and sample mass of 26g. Verified by experiment, the moisture content after drying is less than 0.25% and the dehydration rate reached 1.37g/min, between the predicted value and the actual value confirmed good fitting degree.
Citation

APA: Bao-bao Wang Li-bo Zhang Bing-guo Liu Jin-hui Peng Hong-ying Xia Zhi-qiang Li  (2015)  Optimization Of Microwave Drying Of Salt With Response Surface Methodology

MLA: Bao-bao Wang Li-bo Zhang Bing-guo Liu Jin-hui Peng Hong-ying Xia Zhi-qiang Li Optimization Of Microwave Drying Of Salt With Response Surface Methodology. The Minerals, Metals and Materials Society, 2015.

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