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Manufacturing method co cocopeat with tannin-reducing process and plant treatment agent comprising the cocopeat manufactured by the same
Manufacturing method co cocopeat with tannin-reducing process and plant treatment agent comprising the cocopeat manufactured by the same
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机译:具有减少单宁的过程的共钴酸的制造方法以及包含该共钴酸的植物处理剂
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摘要
The present invention relates to a method for producing tannin-reducing coco peat and to a plant treatment agent comprising the coco pea prepared therefrom, and more specifically, to collecting coconut husks; Coconut husk dipping process; Coconut husk drying process; Coconut husk crushing process; Coconut dust separation process; Coconut dust washing process; And coconut dust and further raw material blending process. In the method of manufacturing tannin reduction coco peat including: Coconut dust and additional raw material blending process, 30 to 40 parts by weight of zeolite as an additional raw material is sent to the mixer with respect to 100 parts by weight of coconut dust washed with water, and a conveyor Sent through the belt to the mixer for 1 to 10 minutes to mix in the zero gravity mixer, then pass the screening facility to remove excess particle sized raw materials and debris and store the product in the product storage hopper, and standardized molding Provided is a method for producing a tannin reduction cocoot, and a plant treatment agent comprising the cocopite prepared therefrom, wherein the method comprises obtaining a reduced cocoot. According to the present invention, it is possible to improve the coco peat productivity by effectively lowering the inhibitor content of the tannin component contained in coconut dust, and when using dust or coco peat containing the tannin inhibitor as a crop plant, additional ingredients may be added. Induces crop growth in the safest way, and with the optimal combination of dust or coco peat with tannin-inhibiting substances and additional ingredients, and other organic fertilizers and / or microbial preparations, In addition to promoting the resurgence and growth of tissues such as root length, there is an effect that can be expected to reduce its effect through zeolite mixing when it is suspected to contain an inhibitor.
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