首页> 外文期刊>Advanced Powder Technology: The internation Journal of the Society of Powder Technology, Japan >Preparation of large agglomerates of high voidage from charcoal particles for liquid absorption and release
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Preparation of large agglomerates of high voidage from charcoal particles for liquid absorption and release

机译:用木炭颗粒制备高空隙率的大团聚物,以吸收和释放液体

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In order to involve the amount of liquid as much as possible,the preparation of large agglomerates of high voidage was experimentally investigated with charcoal powders using a polyvinyl alcohol binder by means of a high-shear mixer type of agitation granulator.It was found that a moderately short granulation time is preferable to prepare large and high voidage agglomerates.Although the binder is necessary to produce agglomerates of certain strength,a lower concentration yields a wider oversize distribution or higher fraction of large agglomerates.There exists a suitable intermediate speed of agitator to prepare large and high voidage agglomerates.Further,although the weight fraction of absorbed liquid decreases slightly with increasing agglomerate diameter and with granulation time,the release rate of liquid from agglomerates is mainly related to agglomerate sizes - the smaller the agglomerate,the faster the release rate of liquid.
机译:为了尽可能多地吸收液体,通过高剪切混合器式搅拌造粒机,使用聚乙烯醇粘合剂,用木炭粉对高空隙率的大团聚物进行了实验研究。适度短的造粒时间是制备大孔隙度和高孔隙度的团聚体的首选。尽管必须使用粘合剂来生产一定强度的团聚体,但较低的浓度会产生较宽的超尺寸分布或更高比例的大团聚体。此外,尽管吸收的液体的重量分数随附聚物直径的增加和制粒时间的增加而略有减少,但附聚物的液体释放速率主要与附聚物的尺寸有关-附聚物越小,释放速度越快液体速度。

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