COMPOUND FERTILIZERS’ GRANULATION USING DIFFERENT MATERIALS AND DIFFERENT WAYS

R. Šlinkšienė, T. Zagorskis
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引用次数: 3

Abstract

In this work, different sources of nitrogen and potassium for 8–0–30+S fertilizers’ granulation were used. Fertilizers were granulated using a drum granulator and a fluid bed granulator. All used waste materials were found to be suitable for the production of compound fertilizers. The best properties of the compound fertilizers (marketable fraction part – from 63.0 % to 85.0 % and static strength of granules – from 34.60 N/gran. to 43.18 N/gran.) were obtained when the content of irrigation water in the raw material mixture was 7–9 % (15–20 ml/200 g of the mixture) and the recycle was 10–20 %. It was found that the properties of the fertilizer depend on the irrigation water content and the particle size of the raw material. The origin of raw materials had a negligible influence. The 8–0–30+S compound fertilizer properties were worse when using a fluid bed granulator than a dryer drum granulator. DOI: http://dx.doi.org/10.5755/j01.ct.65.1.8883
复合肥造粒采用不同的材料和不同的方式
在8-0-30 +S肥料造粒过程中,采用了不同来源的氮、钾。肥料用滚筒造粒机和流化床造粒机造粒。所有使用过的废料都适合生产复混肥。复混肥的最佳性能(可售部分为63.0% ~ 85.0%,颗粒静态强度为34.60 N/粒)。当原料混合物中灌溉水含量为7 - 9% (15-20 ml/200 g),回收量为10 - 20%时,可获得43.18 N/g。结果表明,该肥料的性能与灌溉水量和原料粒度有关。原料来源的影响微不足道。采用流化床造粒机时,8-0-30 +S复合肥的造粒性能比采用干燥滚筒造粒机时差。DOI: http://dx.doi.org/10.5755/j01.ct.65.1.8883
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