首页> 外文期刊>Journal of the American Oil Chemists' Society >Formation of Insolubles in Palm Oil-, Yellow Grease-, and Soybean Oil-Based Biodiesel Blends After Cold Soaking at 4 pC
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Formation of Insolubles in Palm Oil-, Yellow Grease-, and Soybean Oil-Based Biodiesel Blends After Cold Soaking at 4 pC

机译:4 pC冷浸后棕榈油,黄脂和大豆油基生物柴油混合物中不溶物的形成

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摘要

The insolubles formed in biodiesel blends can cause operation problems because they can plug the fuel lines and filters. The formation of insolubles in soybean oil (SBO-), yellow grease (YG-), and palm oil (PO-) based biodiesel blends after cold soaking at 4 pC was investigated. PO-based biodiesel blends displayed a much higher time to filter (TTF) and greater insoluble mass, compared to SBO-, and YG-based biodiesel blends. Fourier transform infrared (FTIR) spectra and gas chromatography-flame ionization detector (GC-FID) chromatograms indicated that PO-based biodiesel insolubles can be attributed to monoglycerides, while SBO-based biodiesel insolubles are due to steryl glucosides (SG). A simple analytical method for identification of SG in biodiesel samples was established by GC-FID.
机译:生物柴油混合物中形成的不溶物会引起操作问题,因为它们会堵塞燃料管路和过滤器。研究了在4 pC冷浸后大豆油(SBO-),黄色油脂(YG-)和棕榈油(PO-)基生物柴油混合物中不溶物的形成。与基于SBO和YG的生物柴油混合物相比,基于PO的生物柴油混合物具有更长的过滤时间(TTF)和更大的不溶物质量。傅里叶变换红外(FTIR)光谱和气相色谱-火焰电离检测器(GC-FID)色谱图表明,基于PO的生物柴油不溶物可归因于甘油单酸酯,而基于SBO的生物柴油不溶物归因于甾醇糖苷(SG)。通过GC-FID建立了一种用于鉴定生物柴油样品中SG的简单分析方法。

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