用不同物理方法监测加热油及其共混物的质量

K. Kerti
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引用次数: 0

摘要

重复使用取暖油已被证明是危险的,因为化学反应的降解过程会导致油的质量发生变化。有许多分析方法能够监测加热油在深油炸过程中由于反复加热而导致的质量恶化。这项工作探讨了加热对大豆油和菜籽油及其混合物的物理行为的影响。颜色测量、电阻抗和差示扫描量热法(DSC)用于监测油及其混合物在加热过程中的变化。结果表明,所有方法都能以不同的精度响应加热过程中油的变化。很明显,颜色测量代表了高水平的标准偏差。电阻抗显示了其作为一种快速监测方法的候选能力。此外,DSC能够跟踪油在加热过程中的微小变化。需要进一步的测试来确认上述方法的有效性,使用更多的油混合物来推广结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring the Quality of Heating Oils and their Blends by Different Physical Methods
The repeated usage of heating oils has been proven hazardous due to the degradation process by chemical reactions that lead to changes in the quality of the oil. There are numerous analytical methods which are capable of monitoring the quality deterioration in heating oils due to their repeated heating in deep fat frying processes. This work explores the effect of heating on the physical behaviour of soybean and rapeseed oils and their blends. Colour measurements, electrical impedance and differential scanning calorimetry (DSC) were used for monitoring the changes in oils and their blends due to the heating process. The results revealed that all methods are able to respond to the oil changes due to the heating process with different levels of accuracy. It was obvious that, colour measurements represented a high level of standard deviation. Electrical impedance showed its ability to be a candidate as a rapid monitoring method. Also, DSC was able to follow small changes in oils along with heating. Further tests are required to confirm the efficacy of the aforementioned methods using more oil blends to generalize the results..
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