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Valorization of anaerobic digestion liquid residue through the production of organic fertilizer by fluidized bed granulation

机译:流化床造粒生产厌氧消化液体残留物的算流量

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In this work the feasibility of developing a solid fertilizer by fluidized bed granulation, using digestate (liquid residue from anaerobic digestion) as binder and different minerals as seeds is analysed. Full characterization of the selected mineral particles and the liquid digestate was performed. Particularly, phosphorous and potassium content was assayed before and after granulation. Friability and breakage strength of product granules were tested as well. Also, the process operating conditions (bed temperature, fluidization air temperature and flowrate, digestate temperature and flowrate, etc.) that enable stable operation and the production of completely coated granules were successfully established for lab- and pilot-scale granulation units. (C) 2019 Institution of Chemical Engineers. Published by Elsevier B.V. All rights reserved.
机译:在这方面,分析了用流化床造粒开发固体肥料的可行性,用消化物(来自厌氧消化的液体残留物)作为粘合剂和不同的矿物作为种子作为种子。 进行完全表征所选择的矿物颗粒和液体消化物。 特别是,在造粒之前和之后测定磷和钾含量。 还测试了产品颗粒的脆性和破损强度。 此外,为实验室和先导型造粒装置成功地建立了能够稳定运行和完全涂层颗粒的过程操作条件(床温,流化空气温度和流量,消化温度和流量等)。 (c)2019化学工程师机构。 elsevier b.v出版。保留所有权利。

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