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首页> 外文期刊>Food research international >Obtaining bixin from semi-defatted annatto seeds by a mechanical method and solvent extraction: Process integration and economic evaluation
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Obtaining bixin from semi-defatted annatto seeds by a mechanical method and solvent extraction: Process integration and economic evaluation

机译:通过机械方法和溶剂萃取从半脱脂的安纳托种子中获得联鑫:工艺整合和经济评价

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摘要

This work involves the application of physical separation methods to concentrate the pigment of semi-defatted annatto seeds, a noble vegetal biomass rich in bixin pigments. Semi-defatted annatto seeds are the residue produced after the extraction of the lipid fraction from annatto seeds using supercritical fluid extraction (SFE). Semi-defatted annatto seeds are use in this work due to three important reasons: i) previous lipid extraction is necessary to recovery the tocotrienol-rich oil present in the annatto seeds, ii) an initial removal of the oil via SFE process favors bixin separation and iii) the cost of raw material is null. Physical methods including i) the mechanical fractionation method and ii) an integrated process of mechanical fractionation method and low-pressure solvent extraction (LPSE) were studied. The integrated process was proposed for processing two different semi-defatted annatto materials denoted Batches 1 and 2. The cost of manufacture (COM) was calculated for two different production scales (5 and 50 L) considering the integrated process vs. only the mechanical fractionation method. The integrated process showed a significantly higher COM than mechanical fractionation method. This work suggests that mechanical fractionation method is an adequate and low-cost process to obtain a rich-pigment product from semi-defatted annatto seeds.
机译:这项工作涉及物理分离方法的应用,以浓缩半脱脂安纳托种子的色素,这是一种富含生物素的高贵植物生物质。半脱脂的安纳托种子是使用超临界流体萃取(SFE)从安纳托种子中提取脂质级分后产生的残留物。由于以下三个重要原因,将半脱脂的安纳托种子用于这项工作:i)事先进行脂质提取对于回收安纳托种子中存在的富含生育三烯酚的油是必要的,ii)通过SFE工艺初步去除油有利于双鑫分离iii)原材料成本为零。研究了物理方法,包括i)机械分馏方法和ii)机械分馏方法和低压溶剂萃取(LPSE)的集成过程。提议采​​用集成工艺来处理两种不同的半脱脂安纳托材料,分别表示为批次1和2。考虑到集成工艺而不是机械分馏,针对两种不同的生产规模(5和50 L)计算了制造成本(COM)。方法。集成过程显示出比机械分馏方法显着更高的COM。这项工作表明,机械分馏方法是一种从半脱脂的安纳托种子中获得丰富色素产品的适当且低成本的方法。

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