Multifunctional fertilizer and method for making same

Abstract

The invention provides a multifunctional fertilizer and the manufacturing method thereof, and is characterized in that the fertilizer is composed of particle material cores and coated powder, and is formed by the following three steps: firstly, the particle material cores are prepared; secondly, the coated powder is prepared; thirdly, the multifunctional fertilizer is compounded. The multifunctional fertilizer contains all balancing plant nutrient elements, and 6 functional bio-fungus agents which are inoculated with the HA-organic fertilizer are coated on the particle material cores containing the 16 nutrient elements which are required to be absorbed by the plants in a balanced manner, thereby improving soil, activating fixed and settled nutrient elements in the soil, preventing losses caused by instant fertilizer application, nitration, fixation, eluviation and volatilization, improving the effective utilization rate of the fertilizer to the greatest extent, changing poor farmland into rich soil, and leading to benign circulation. The multifunctional fertilizer integrates the advantages of physical fertility, chemical fertility and biological fertility into a whole, thereby representing a high-quality and high-efficient multifunctional fertilizer used for producing green agricultural products, saving energy in all aspects, reducing consumption, and facilitating environmental protection.

Description

Technical field: [0001] The invention belongs to the field of packaged fertilizers, and relates to a multifunctional fertilizer synthesized by organic fertilizer humic acid inoculated with various functional microbial agents and various elements, especially a kind of organic fertilizer humic acid inoculated with multiple functional microbial agents and multifunctional fertilizers. The coating powder synthesized by several elements is wrapped on the "granule material core" made of sixteen kinds of nutritional elements that must be absorbed by higher plants, and the multifunctional fertilizer and its production method are made. technical background: [0002] In the current existing technology, there are many types of fertilizers researched and produced at home and abroad, such as chemical fertilizers, organic fertilizers, inorganic fertilizers, multi-element compound fertilizers, magnetic fertilizers, wrapped fertilizers, biological bacterial fertilizers, trace element fertiliz...

AI Technical Summary

Problems solved by technology

The disadvantage is that although organic fertilizers and inorganic fertilizers can be directly crushed, mixed and granulated, they are still high-concentration quick-acting fertilizers and are not suitable for base fertilizers and seed fertilizers.

On the one hand, per capita resources are quite scarce, and on the other hand, resource waste is quite serious... The effective utilization rate of chemical fertilizers is only 30%, which is far below the level of developed countries. If this high-consumption and low-efficiency production method is not changed , in terms of resources, we will struggle to sustain