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Effect of Moisture Content on Physical Properties of Animal Feed Pellets from Pineapple Plant Waste

机译:水分含量对菠萝厂废弃物饲料颗粒物理性质的影响

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Presently, pineapple residues are recycled through open burning before replanting, thus contributed to the air pollution. One o the possible ways to manage pineapple residues is by converting them into animal feed by densification process. Densification of biomass into pellet can increase bulk density, improve storability, reduce transportation costs, and enables easier handling with proper storage equipment. The range of pellet's friability, bulk density, true density and porosity are between 0.85 -1.22% 303.31 - 345.24 kg m~(-3), 1502.65 - 1520.35 kg m~(-3) and 77.022 - 80.05%, respectively. Thus, from the analysis, the best condition to produce pellets from pineapple plant waste, was at 35% of moisture level.
机译:目前,菠萝残留物通过在重新种植之前通过开口燃烧再循环,从而有助于空气污染。一种管理菠萝残留的可能方法是通过致密化过程将它们转换为动物饲料。生物质的致密化成颗粒可以提高堆积密度,提高可储存性,降低运输成本,并实现更容易处理适当的存储设备。颗粒的脆性,堆积密度,真密度和孔隙率的范围在0.85 -1.22%303.31-345.24kg m〜(-3),1502.65-1520.35 kg m〜(-3)和77.022-80.05%之间。因此,从分析中,从菠萝植物废物中产生颗粒的最佳状况,占水分水平的35%。

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