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Effect of moisture content on physical properties of cassava stalk pellets

机译:水分含量对木薯秸秆颗粒物理性能的影响

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Cassava stalk residues are abandoned after the harvesting period. One of the possible ways to manage cassava stalk residues is by converting them into biomass energy by pelletization. The pelletization was started with the cassava stalks were milled and sieved to make them uniform. The moisture content was defined as percentage of water adding by mass of raw material. The pelletization was performed using conventional pelletizer. The physical properties of Cassava pellets (particle density, bulk density and porosity) were evaluated. The best condition to pelletize Cassava stalk pellets was at water adding 10% by mass of raw material. The range of pellet’s particle density, bulk density and porosity are between 1062.56 to 1262.57 kg m-3, 311.89 to 718.18 kg m-3 and 43.10 % to 70.62 %, respectively.
机译:木薯茎秆残留物在收获期后被丢弃。处理木薯秸秆残留物的一种可能方法是通过制粒将其转化为生物质能。将木薯茎磨碎并过筛以使其均匀,从而开始制粒。水分含量定义为添加的水占原料质量的百分比。使用常规造粒机进行造粒。评价了木薯粒料的物理性质(颗粒密度,堆积密度和孔隙率)。使木薯茎颗粒成粒的最佳条件是在水中添加10%的原料。颗粒的颗粒密度,堆积密度和孔隙率范围分别为1062.56至1262.57 kg m-3、311.89至718.18 kg m-3和43.10%至70.62%。

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