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首页> 外文期刊>Energy sources >Correlation for estimation of the chemical availability (exergy) from ultimate analysis of pyrolytic oils obtained from fast pyrolysis of biomass
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Correlation for estimation of the chemical availability (exergy) from ultimate analysis of pyrolytic oils obtained from fast pyrolysis of biomass

机译：通过对生物质进行快速热解获得的热解油的最终分析来估算化学可利用性（火用）的相关性

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The purpose of this study is to evaluate the chemical exergy (ECH) of liquid products obtained from fast pyrolysis of biomass. I have calculated the chemical exergy values from a formula in literature and have developed a formula for estimating the chemical exergy of biomass from the higher heating value and their ultimate analysis values. The mean differences between these values range from -0.391% to 0.460%. The formula developed for estimating the chemical exergy of biomass from the higher heating value and their ultimate analyses had a correlation coefficient (R-2 = 0.9999), and the prediction of this formula is good. The goal is to identify desirable attributes that may serve as the basis for decision-making for future biofuel options. Studies on the pyrolytic oils showed that the oils obtained from chestnut cupulae and maple fruit can be used as a renewable fuel and chemical feedstock.
机译：这项研究的目的是评估从生物质快速热解获得的液体产品的化学能级（ECH）。我已经根据文献中的公式计算了化学能值，并开发了一个公式，可以根据较高的热值及其最终分析值估算生物质的化学能值。这些值之间的平均差异范围为-0.391％至0.460％。根据较高的发热量估算生物量的化学能值而建立的公式及其最终分析具有相关系数（R-2 = 0.9999），该公式的预测良好。目标是确定可作为未来生物燃料选择决策依据的理想属性。对热解油的研究表明，从板栗cup和枫树果实中获得的油可以用作可再生燃料和化学原料。

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