Universal anil slow-release blended fertilizer and preparation method thereof

Abstract

The invention provides universal anil slow-release blended fertilizer which is prepared by mixing early-stage fertilizer, medium-term fertilizer and later-period fertilizer. The early-stage fertilizer is particles composed of early-stage fertilizer inorganic fertilizer nuclear bodies and early-stage fertilizer hydrogel layers wrapping the early-stage fertilizer inorganic fertilizer nuclear bodies. The medium-term fertilizer is particles composed of medium-term fertilizer inorganic fertilizer nuclear bodies, and medium-term fertilizer chicken manure organic fertilizer layers and medium-term fertilizer hydrogel layers which wrap the medium-term fertilizer inorganic fertilizer nuclear bodies from inside to outside. The later-period fertilizer is particles composed of later-period fertilizer inorganic fertilizer nuclear bodies, and later-period fertilizer chicken manure organic fertilizer layers, later-period fertilizer inorganic fertilizer diatom layers and later-period fertilizer hydrogel layers which wrap the later-period fertilizer inorganic fertilizer nuclear bodies from inside to outside. The invention provides a preparation method of the universal anil slow-release blended fertilizer, necessary fertilizer nutrients can be better obtained during the whole growth circles of plants, and normal growth of the plants at all growth stages can be promoted.

Description

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AI Technical Summary

Benefits of technology

This patented describes an improved type called slow released fertility composite (SCF) fertilizome). These compositions have several benefits over regular mixtures including increased yield rates, reduced environmental impact from waste disposal, lower manufacturers' expenses compared to current methods like liquid fertilized rootstock, but they still lack flexibility because their rate of releasing cannot match those needed during specific growing phases. To address this issue, there were developed special techniques involving slow-released fertilizable agents mixed together with other ingredients. By combining these components into a mixture, the resulting product was able to gradually deliver important levels of essential nutriences without requiring excessively expensive equipment. Additionally, the inventors discovered that adding microbial colonies made of bacteria to the amber family actives could enhance the activity of slower-reacting fertilitators, leading to effective management of vegetables in fields where multiple genera require similar amounts of mineral feed supplies per unit area. Overall, these new technologies aim towards efficient farming practices and promoting healthy living environments for both field producers and consumers alike.

Problems solved by technology

The technical problem addressed by this patented technology relates to developing improved long-term release fertility compositions with adjustable nutrience ratios or controllability over time (referred to hereinafter referred to as controlled-release). This would help increase productivity while maintaining good healthy crops such as blueberry vegetables.

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