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DETERMINATION OF HIGHER HEATING VALUE OF BIODIESELS

机译:测定生物柴油的较高加热值

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Biodiesel, an alternative fuel can be used in diesel engine as neat or blended with diesel. The physiochemical properties of fuel are important in design of fuel system for compression ignition engine run on diesel, biodiesel or biodiesel blend. The HHV is an important property which characterizes the energy content of a fuel such as solid, liquid and gaseous fuels. The biodiesels were characterized for their physical and main fuel properties including viscosity, density, flash point and higher heating value. The viscosities of biodiesels were much less than those of pure oils and their HHVs of approximately 42 MJ/kg were 10% less than those of petro diesel fuels. The HHVs of vegetable oils and their biodiesels were measured and correlated using linear least square regression analysis. An equation was developed relating HHV and thermal properties. The predicted higher heating values compare well with the measured Higher Heating Values. This work establishes the general dependence of higher heating value on thermal properties of biodiesel.
机译:生物柴油,一种替代燃料,可以纯柴油或与柴油混合使用。燃料的理化特性在设计用于柴油,生物柴油或生物柴油混合物的压燃式发动机的燃料系统的设计中很重要。 HHV是表征燃料例如固体,液体和气体燃料的能量含量的重要特性。生物柴油的物理和主要燃料特性包括粘度,密度,闪点和较高的热值对其进行了表征。生物柴油的粘度远低于纯油,其HHV约为42 MJ / kg,比石油柴油低10%。使用线性最小二乘回归分析测量并关联了植物油及其生物柴油的HHV。建立了一个有关高热和热性能的方程。预测的较高发热量与测得的较高发热量有很好的比较。这项工作确定了较高发热量对生物柴油热性能的一般依赖性。

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