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Pulsed electric field assisted sunflower oil pilot production: Impact on oil yield, extraction kinetics and chemical parameters

机译:脉冲电场辅助向日葵油试验生产:对油产量的影响,提取动力学和化学参数

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摘要

Sunflower oil pilot-production based on local raw materials assisted by pulsed electric field (PEF), which is produced in terms of oil yield, extraction kinetics and chemical parameters on pilot scale mill with continuousflow material treatment developed in this work. PEF treatment with electric field strength 7 kV/cm and energy consumption of 6.1 kJ/kg on the sunflower seed increased the value of extraction yield by 2.3%, with respect to a control one. Extraction parameters obtained by pulsed electric field treatment showed that diffusion coefficient, micropore volume, and disintegration index were significantly higher than control ones (on 55.5%, 32.2% and 43% respectively). Furthermore, the use of PEF treatment had minor effects on the main chemical characteristics (acid and peroxide value etc.) and color parameters of the sunflower oil. On the basis of obtained results, it can be concluded that PEF could be a high potential industrial technology to improve enriched in human-health-related compounds of sunflower oil.
机译:基于脉冲电场(PEF)辅助的局部原料的向日葵油试验生产,该工具,提取动力学和试验秤轧机的化学参数,具有在这项工作中开发的连续污垢材料。电场强度的PEF处理7 kV / cm和向日葵种子上的6.1kJ / kg的能量消耗量增加了萃取产率的值2.3%,相对于对照。通过脉冲电场处理获得的提取参数表明扩散系数,微孔体积和崩解指数显着高于对照组(分别为55.5%,32.2%和43%)。此外,PEF治疗的使用对向日葵油的主要化学特性(酸和过氧化物值等)对阳光参数进行了轻微影响。在获得的结果的基础上,可以得出结论,PEF可能是一种高潜在的工业技术,可改善富含人健康相关的葵花籽油化合物。

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