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Comparative study of ultrasonic pretreatment and ultrasound assisted three phase partitioning for extraction of custard apple seed oil

机译:超声预处理和超声波辅助三相分区对蛋奶蛋糕萃取的比较研究

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摘要

Custard apple seed oil is a marketable product extracted from custard apple seed which is a potential agriculture waste. The present work aims to elucidate simultaneous extraction of the custard apple seed oil and proteins using three phase partitioning (TPP). The efficient oil extraction was executed by optimization of parameters including time, slurry ratio, salt concentration, and slurry to t-butanol ratio. Additionally, the application of ultrasound as process intensification tool for TPP was studied that reduces the time of conventional TPP and increases the yield by 2.53%. The work also comprises a comparative study of two modes of ultrasound application, namely ultrasound pre-treatment and simultaneous ultrasound assisted TPP. This work proves ultrasonic pre-treatment followed by TPP as a superior mode of ultrasound application that attributes 33.6 +/- 0.56% (w/w) oil extraction with optimized pre-treatment time of 150 s, 30 W ultrasound power and 75% duty cycle. Extraction kinetics studied for conventional, Ultrasound assisted Three Phase Partitioning (UTPP), and Ultrasound Pre-treatment assisted Three Phase Partitioning (UPTPP) were observed to fit Peleg's model.
机译:乳蛋糕苹果种子油是一种从奶油苹果种子中提取的可营销产品,这是一个潜在的农业垃圾。目前的作品旨在使用三相分区(TPP)来阐明蛋羹苹果种子油和蛋白质的同时提取。通过将包括时间,浆料比,盐浓度和浆料的参数优化来执行高效的油萃取,与叔丁醇比例进行。另外,研究了超声作为TPP的过程强化工具的应用,从而减少了常规TPP的时间,并将产率提高2.53%。该工作还包括对两种超声施用模式的比较研究,即超声预处理和同时超声辅助TPP。这项工作证明了超声预处理,然后是TPP作为超声施用的优越模式,其将33.6 +/- 0.56%(w / w)的油提取,优化的预处理时间为150 s,30 w超声波功率和75%循环。研究了常规,超声波辅助三相分区(UTPP)的提取动力学,以及超声预处理辅助三相分区(UPTPP)以适应PELEG模型。

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