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Viscosity reduction of castor oil esters by the addition of diesel, safflower oil esters and additives.

机译:通过添加柴油,红花油酯和添加剂来降低蓖麻油酯的粘度。

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摘要

The high viscosity of vegetable oil can be reduced by transesterification with alcohols and converting it into biodiesel. Biodiesel can be used neat or blended with diesel as engine fuel. This study demonstrates that esters of castor oils have a higher viscosity than safflower oil derived esters and the viscosity can be reduced by blending with diesel. The viscosity increased in a non-linear fashion as the percentage of castor esters increased in castor esters diesel blends and in castor esters safflower esters blends. Only slight increases in viscosity were observed for B40 and B60 mixtures with No. 2 diesel. Addition of ten chemical additives in castor esters at the rate of 0.01%, 0.1% and 1.0% showed limited viscosity reduction.
机译:通过与醇进行酯交换反应并将其转化为生物柴油,可以降低植物油的高粘度。生物柴油可以纯净使用,也可以与柴油混合用作发动机燃料。该研究表明,蓖麻油的酯具有比红花油衍生的酯更高的粘度,并且可以通过与柴油共混来降低粘度。随着蓖麻酯柴油混合物和蓖麻酯红花酯混合物中蓖麻酯的百分比增加,粘度以非线性方式增加。对于含2号柴油的B40和B60混合物,仅观察到粘度略有增加。在蓖麻酸酯中以0.01%,0.1%和1.0%的比例添加十种化学添加剂显示出有限的粘度降低。

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