首页> 外国专利> MATERIAL FOR FERTILIZATION, MOLDED BODY FOR FERTILIZATION, AND METHOD FOR FERTILIZATION

MATERIAL FOR FERTILIZATION, MOLDED BODY FOR FERTILIZATION, AND METHOD FOR FERTILIZATION

机译:用于施肥的材料,用于施肥的模制体以及用于施肥的方法

摘要

PROBLEM TO BE SOLVED: To provide a utilization of unutilized residual waste materials from forest industry, an easy and effective fertilization technique especially for the soil of sloped ground in an orchard, etc., which is hard to deeply cultivate, and a technique for promoting greening of a steep slope face, which is also applicable to stabilization of a slope face. SOLUTION: The unutilized residual waste materials, which are thinned wood, improvement- cut wood, branches and leaves, etc., from the forest industry (1a) and bark, sawdust, etc., from wood processing industry (1b), are crushed into ligneous crushed chips (P1). The residual waste materials or the crushed chips are carbonized and formed into the carbonaceous materials of granule and powder (P2). The ligneous crushed chips, the carbonaceous materials, and microorganisms 3 are mixed (P3). Substituted for or added to the microorganisms, fallen leaves, etc., carrying microorganisms or fermented compost obtained by fermenting and aging (PA1, PA2) organic waste 2 may be mixed. A columnar molded body for fertilization having a center through-hole is formed by extruding the mixed material through an extruder. Microorganisms may be filled in the center through-hole. Boreholes are formed in the soil around a fruit tree with an earth auger, and the molded body for fertilization is built up and buried in the borehole. Thus, a self-composting column which itself is gradually composted due to the activity of the microorganisms is formed in the soil.
机译:解决的问题:为了利用森林工业中未利用的残余废料,提供一种简便有效的施肥技术,特别是对难以深耕的果园等坡地土壤等进行改良的技术。陡坡面的绿化,这也适用于稳定坡面。解决方案:粉碎来自森林工业(1a)的未利用的残余废料,如稀薄木材,改良砍伐的木材,树枝和树叶等,以及来自木材加工业(1b)的树皮,锯末等。碎成木屑(P1)。残留的废料或碎屑被碳化,形成颗粒和粉末(P2)的碳质材料。将木质粉碎碎屑,碳质材料和微生物3混合(P3)。可以将通过发酵和老化获得的微生物或发酵堆肥(PA1,PA2)替代或添加到微生物,落叶等中,以进行混合。具有中心通孔的用于施肥的柱状成型体是通过将混合材料通过挤出机挤出而形成的。微生物可能会填充到中心通孔中。用土钻在果树周围的土壤中形成钻孔,并形成用于施肥的成型体,并将其埋入钻孔中。因此,在土壤中形成了由于微生物的活性而自身逐渐堆肥的自堆肥柱。

著录项

  • 公开/公告号JP2002249389A

    专利类型

  • 公开/公告日2002-09-06

    原文格式PDF

  • 申请/专利权人 ISHIHARA SHIGEHISA;

    申请/专利号JP20010041082

  • 发明设计人 ISHIHARA SHIGEHISA;

    申请日2001-02-19

  • 分类号C05F11/00;A01G7/00;B09B3/00;C05G5/00;

  • 国家 JP

  • 入库时间 2022-08-22 00:54:51

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