Biological bacterium liquid tea leaf fertilizer and production method

Abstract

The invention provides a biological bacterium liquid tea leaf fertilizer and a production method. The leaf fertilizer is prepared from the following components in percentage: 0.02%-1.8% of root nodule bacteria, 0.03%-1.5% of nitrogen-fixing bacteria, 0.02%-1.6% of spore bacteria, 0.02%-1.0% of potassium bacteria, 0.03%-1.8% of phosphobacteria, 3%-8% of protein, 0.1%-10% of ethephon, 2.8%-15% of nitrogen, 0.8%-6% of molybdenum, 0.6%-8% of boron and the balance of purified water. The method comprises boiler warming, inoculating, and first-level cultivating time; adding of three kinds of biological bacteria, mixing and second-level cultivating time; second-level cultivating, adding o trace elements and the protein and three-level fermenting; and third-level adding of ethephone, nitrogen and molybdenum, cultivating, bacterium liquid maturating, detecting, delivering and cold storing. After the leaf fertilizer is sprayed to the roots and tops of tea plants, through the life metabolic activities of widespread living beings, infection, transfer, fermentation, a growth hormone function, quick absorption of crops and various nutrients of N, P and K which are supplied to the crops, the crops can be stimulated to quickly absorb and grow fast; and the crop quality and soil fertility are improved, soil contamination is solved, and the fertilizer is a green biological fertilizer.

Description

technical field [0001] The invention relates to a biological chemical fertilizer, in particular to a biological bacterial liquid tea leaf fertilizer and a production method thereof. Background technique [0002] After the soil is fertilized, various nutrient elements are absorbed by the soil. Some fertilizers must go through a transformation process in the soil, and then be absorbed by the roots of the crop through ion exchange or diffusion. After being absorbed by the roots and stems, they reach the leaves and transport nutrients. The distance is long, the link is many, and the speed is slow. [0003] Using soil fertilization, due to fertilizer volatilization, loss, leakage and other reasons, the loss of fertilizer is serious. Due to soil fixation, some nutrients are fixed by the soil and become ineffective nutrients. At the same time, some nutrients are absorbed by field weeds. According to actual calculations, soil fertilization requires an investment of 260 yuan per mu ...

AI Technical Summary

Problems solved by technology

According to actual calculations, soil fertilization requires an investment of 260 yuan per mu of crops, and soil fertilization requires manual digging, loosening of the soil, and weeding in advance, and then fertilization and covering of the soil are labor-intensive and involved.