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Characterization and thermal behavior of residues from industrial sugarcane processing

机译:工业甘蔗加工残留物的表征和热行为

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摘要

The increase in sugarcane production and processing in order to obtain important products such as sugar and ethanol has the negative aspect of also increasing industrial residues. The most important residues originated during processing are bagasse, hydrolyzed bagasse, filter cake, vinasse, and ash. Thermal analysis revealed that these residues have peculiar properties, such as the presence of lignocellulosic material, except in the ash. The amount of organic matter decreases during the treatment process, due to the addition of chemical products to the residues, which are responsible for some alteration in their thermal properties. Colorimetric analysis showed considerable K and P concentrations in the vinasse and filter-cake residues. EDX and infrared spectroscopy showed the presence of Si in the residues. A higher percent of Si in ash sample was also observed, as a product of the thermal decomposition, by TG, FTIR, and X-ray diffractometry.
机译:为了获得重要的产品,例如糖和乙醇,甘蔗生产和加工的增加具有不利的方面,即工业残渣也增加了。在加工过程中产生的最重要的残留物是蔗渣,水解的蔗渣,滤饼,酒渣油和灰烬。热分析表明,这些残留物具有特殊的性质,例如,除了灰分以外,还存在木质纤维素材料。由于在残留物中添加了化学产物,有机物的数量在处理过程中减少了,这是造成其热性能发生某些变化的原因。比色分析显示酒糟和滤饼残留物中的钾和磷浓度较高。 EDX和红外光谱显示残留物中存在Si。通过TG,FTIR和X射线衍射分析,还观察到灰分样品中较高百分比的Si是热分解的产物。

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