Gamma-quantum original energy recovery compound

Abstract

The invention discloses a gamma-quantum original energy recovery compound including gamma-poly-glutamic acid, a quantum synergistic factor, an active organic matter, amino acid, humic acid and a trace element; the gamma-poly-glutamic acid is a fermentation culture substance; the quantum synergistic factor is a microbial agent; the amino acid includes a mixture of glycine, glutamic acid, alanine and aspartic acid; the trace element includes a soluble compound of iron, copper, boron, zinc and manganese; the amount of the gamma-poly-glutamic acid is 5%-50%; the amount of the quantum synergistic factor is 3%-12%; the amount of the active organic matter is 20%-50%; the amount of the amino acid is 5%-15%; the amount of humic acid is 2%-18%; the amount of the trace element is 2%-25%; the amount of an accessory auxiliary agent is 1%-3%. The gamma-quantum original energy recovery compound has the multiple properties of quick acting, slow release, fertilizer saving, production increasing, and green environmental protection; and with the long-term use, the gamma-quantum original energy recovery compound can improve a soil environment, increases the utilization rate of a fertilizer, and can obviously improve the quality of crops.

Description

technical field [0001] The invention relates to the technical equipment field of water-soluble fertilizer, in particular to a gamma-quantum energy recovery factor. Background technique [0002] It is well known that liquid and solid chemical fertilizers play a significant role in increasing crop yields. Fertilization can not only improve soil fertility, but also an important measure to increase crop yield per unit area; China feeds the world with one-seventh of the world's arable land One-fifth of the population, these remarkable achievements, are closely related to the application of chemical fertilizers. However, chemical fertilizers also bring harm to the soil such as compaction, salinization, and pollution; long-term use of chemical fertilizers will seriously reduce or even lose soil fertility, and organic fertilizers have the disadvantages of slow fertilizer efficiency and low yield; if you want to increase yield If it is high, it is necessary to greatly increase the a...

AI Technical Summary

Problems solved by technology

However, chemical fertilizers also bring harm to the soil such as compaction, salinization, and pollution; long-term use of chemical fertilizers will seriously reduce or even lose soil fertility, and organic fertilizers have the disadvantages of slow fertilizer efficiency and low yield; if you want to increase yield If it is high, it is necessary to greatly increase the amount of organic fertilizer, but the resources of organic fertilizer are limited, far from being able to meet the needs of a large amount of land

On the other hand, there are many types and different forms of chemical fertilizers used in farmland. Due to the low utilization rate of fertilizers, the direct economic loss caused by waste is nearly 100 billion yuan, resulting in the waste of chemical fertilizers. Excessive application of chemical fertilizers for a long time will cause Chemical fertilizer pollution causes soil acidification, structural damage, and land compaction, directly affecting agricultural production costs and crop yield and quality, and causing eutrophication of rivers, lakes, and inland seas, causing excessive growth of algae and other aquatic plants, and destroying the living environment

Images