Biological organic fertilizer concentrate and method for producing the same

Abstract

The invention relates to a bioorganic fertilizer concentrate and a preparation method thereof. The preparation method is to prepare a bioorganic fertilizer concentrate finished product by adding 25 portions of refined organic fertilizer, 1 portion of mocha liquid, 2 portions of matrine and 3 portions of allicin into 85 portions of bioorganic bacterial manure and uniformly mixing the raw materials. The preparation method comprises: cultivating yeast, actinomycete and bacteria, and utilizing the yeast, the actinomycete and the bacteria to prepare biological bacterial liquid raw materials; mixing a mineral substance fertilizer and a chelated agent to prepare refined organic fertilizer raw materials; and mixing the organic fertilizer, the refined organic fertilizer, bone meal, a biological bacterial liquid and water to prepare bioorganic fertilizer raw materials, adding raw materials including the mocha liquid, the matrine and the allicin into the bioorganic fertilizer raw materials, and mixing the raw materials to prepare the bioorganic fertilizer. The fertilizer integrates the inorganic mineral fertilizer, the organic fertilizer and a microbial fertilizer and is added with biological pesticide and a soil activator, so that the fertilizer has the functions of promoting plant growth, achieving high yield and high quality, reducing plant diseases and insect pests and improving the soil microecosystem, and is suitable to be used for plant cultivation.

Description

technical field [0001] The invention proposes a fertilizer in the field of agriculture, specifically a bio-organic refined fertilizer and a manufacturing method thereof. Background technique [0002] Before the present invention proposed, the used fertilizers of crops and fruit trees were mainly chemical fertilizers, including nitrogen, phosphorus and potassium fertilizers and compound fertilizers thereof, and the main components were mineral elements. There are also organic fertilizers made by the fermentation of organisms, which contain not only minerals, but also humus, such as humic acid, which can promote plant production and development. There is also microbial fertilizer, which uses microorganisms to degrade organic or inorganic elements into fertilizers that can be absorbed and utilized by plants. [0003] Both bio-organic fertilizers and microbial fertilizers can promote plant production and development, but the fertility is low and the effect is not obvious. It c...

AI Technical Summary

Problems solved by technology

While these chemical fertilizers supply nutrients to plants, they also pollute the soil, make it salinized, cause soil compaction, reduce organic matter content, and at the same time make the quality of plant products poor, aggravate diseases and insect pests, and destroy the ecological environment of the soil.