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Prediction of the Higher Heats of Combustion of Plant Raw Materials Based on the Ultimate Analysis Data

机译:基于最终分析数据预测植物原料燃烧较高的预测

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The relationships of the data of proximate (moisture content, ash content, volatile matter, and fixed carbon) and elemental (carbon, hydrogen, nitrogen, sulfur, and oxygen contents) analyses of various plant raw materials (362 samples) for the production of biogas, charcoal, and torrefied biomass with their higher heat of combustion were analyzed. The closest correlation was found between the carbon and oxygen contents of the organic matter of plant raw materials (R-2 = 0.898). Mathematical relationships were developed for predicting the higher heat of combustion of plant raw materials with high accuracy (R-2 0.849) based on the carbon and oxygen contents and atomic ratios between carbon and oxygen.
机译:近似(水分含量,灰分含量,挥发物质和固定碳)和元素(碳,氢气,氮,硫,硫,氧气含量)的关系的关系,用于各种植物原料(362个样品)的生产 分析了沼气,木炭和烘焙生物量,其具有较高的燃烧热量。 植物原料的有机物质的碳和氧含量(R-2 = 0.898)之间发现了最近的相关性。 基于碳和氧气含量和原子比率,开发了用于预测植物原材料燃烧较高的燃烧热量的数学关系,以及碳和氧之间的原子比。

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