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Essential oil and by-products of distillation of bay leaves (Laurus nobilis L.) from Argentina

机译:来自阿根廷的月桂叶(Laurus nobilis L.)的精油和蒸馏副产物

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Preliminary chemical studies were undertaken during one year on plant materials collected in a 40ha field located in Henderson, Province of Buenos Aires, in order to determine the technical viability of the industrial production of essential oil from bay leaves (Laurus nobilis L., Lauraceae) growing in Argentina. The oils were extracted at a pilot scale plant and analyzed by GC-FID-MS. The apparent density of the plant material used for the distillation ranged from 90gLp# to 170gLp#, depending on the type of material. The quality of the volatile oils obtained complied with market requirements and were in agreement with values reported from other countries. No considerable variations were observed in the chemical composition of the oils throughout the year. Taking in account the composition of the sub-fractions obtained during the distillation process, the quality of the final essential oil can be adjusted by fractional distillation. The occurrence of alcohol terpenes and phenols in the condensed waters (hydrolate) makes them a possible alternative to be used in industry. Moreover, and due to the good energetic and digestibility values obtained, our results showed that the exhausted plant material obtained after distillation could be a putative fibrous feed for ruminants. Both, hydrolate and exhausted plant materials are resources that can enhance added values in new endeavours. This is the first report on bay leaves essential oil production at industrial scale in Argentina.
机译:在一年中,对在布宜诺斯艾利斯省亨德森一个占地40公顷的田地中收集的植物材料进行了初步的化学研究,以确定从月桂叶(Laurus nobilis L.,Lauraceae)工业生产精油的技术可行性。在阿根廷增长。在中试规模的工厂中提取油,并通过GC-FID-MS进行分析。用于蒸馏的植物材料的表观密度范围为90gLp#至170gLp#,具体取决于材料的类型。获得的挥发油的质量符合市场要求,并且与其他国家/地区报告的值一致。全年未观察到油的化学组成有明显变化。考虑到在蒸馏过程中获得的子馏分的组成,可以通过分馏来调节最终精油的质量。冷凝水中(氢化物)中醇萜烯和苯酚的出现使它们成为工业上可能使用的替代品。而且,由于获得了良好的能量和消化率值,我们的结果表明,蒸馏后获得的废植物原料可能是反刍动物的假定纤维饲料。水解的植物材料和枯竭的植物材料都是可以在新工作中增加附加值的资源。这是阿根廷首次以工业规模生产月桂叶精油的报告。

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