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Method for producing mineral-organic fertilizer based on lake marl

机译:基于泥灰湖的矿物有机肥生产方法

摘要

the application concerns, shown in figure, the means of production of fertilizer bituminous - organic based on chalk jeziornej with added components waloryzujących.this method is characterized by that it includes the following steps: preparing the substrates: the chalk jeziorną after the storage period of not less than 3 weeks is subjected to grinding process.and then dry chalk shall be transmitted to the buffer tank (14) and successively to chalk a dedicated stream divider materials (4); organic raw materials undergo mechanical drainage in.and then the weight is transferred to the organic material (4), the flux dividerhow then dried organic fraction is transferred to the buffer tank (7); biomass raw materials mineral that value placed in tanks for waloryzuj components teamic (8), and these tanks are dedicated to a stream of raw materials (4); preparation of the villagers of fertiliser.where: in gas mixing piece for mieszkankę production core granuli nawozowej (9) placed 20 to 80 wt%. the organic fraction, 20 - 90 wt%. chalk jeziornej and 20 wt%.waloryzujących additives, and then mixed with slow by no more than 6 hand then the mixed material is transmitted to the buffer tank peleciarki (15); and preparing the mixture for the production of the gas mixing piece granuli nawozowej (10) placed 80 -99 wt%. chalk jeziornej and 1 to 20 wt%.waloryzujących components, and then the mixed material is transmitted to the buffer tank granulatora talerzowego (16); moulding.in which the pressure is produced granula agglomeration method as mikropelet diameter d of 3 - 5 mm, and a length l equal to 1 - 1.2 x d,using the matrix formed by a length of 20 mm and the ratio of channel sprężu above 5; the mineral coating granuli,where mikropelety after process odsiania and cooling through the otoczkowania on granulatorze talerzowym (17) where the process is conducted obtaczania wsadowo,the thickness of the otoczkowanej ranges from 0.5 to 1.5 mm.
机译:该应用涉及如图所示的基于添加了waloryzujących成分的粉笔jeziornej的沥青-有机肥料的生产方法。该方法的特征在于它包括以下步骤:制备基质:粉笔ziziorną的储存期后不少于3周的时间进行研磨处理,然后将干燥的粉笔输送到缓冲罐(14)中,并依次用粉笔分配专用的分流器材料(4);将有机原料进行机械排水,然后将重量转移到有机物料(4)中,通过分流器将干燥的有机馏分转移到缓冲罐(7)中;生物质原料矿物质,很有价值地放置在用于waloryzuj组件的槽中(8),这些槽专用于原料流(4);肥料的村民的准备工作。在:用于mieszkankę生产的气体混合块中,将颗粒gululi nawozowej(9)放置20至80 wt%。有机部分为20-90 wt%。用粉笔jeziornej和20 wt%.waloryzujących添加剂,然后缓慢搅拌不超过6手,然后将混合后的物料输送到peleciarki缓冲罐(15);并制备用于制备混合气体的混合物,其颗粒含量为80 -99 wt%,由颗粒nawozowej(10)制成。用粉笔jeziornej和1至20 wt%.waloryzujących组分,然后将混合后的物料输送到制粒机talerzowego(16);模压法。其中产生的压力是颗粒团聚法,米克雷特直径d为3-5 mm,长度l等于1-1.2 xd,使用由20 mm长度和大于5的通道sprężu形成的基质;矿物包衣颗粒,在经过过程奥氏石化后,通过在造粒机talerzowym(17)上进行的otoczkowania冷却,通过工艺进行冷却,其中otoczkowanej的厚度为0.5到1.5 mm。

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