Organic-inorganic leaf fertilizer and production process thereof

Abstract

The invention discloses an organic-inorganic leaf fertilizer and a production process thereof. According to the present invention, amide nitrogen, sulfuric acid, nitric acid, phosphoric acid composite salt, potassium oxide, silicon, sulfur, calcium, magnesium, boron, zinc and other inorganic ion state elements, and a variety of zinc humic acid, fulvic acid, amino acid, sugar, fat and other small molecule organic matters are subjected to a specific environment and production process to prepare the multi-nutrient, high-concentration, wide-purpose, brownish black, fluid-like, non-toxic, non-toxic and harmless functional leaf water flush fertilizer. The leaf fertilizer can be widely applied to various soils and various three-carbon crops, and is particularly suitable for grain crops such as wheat, rice, cereals and beans, and economic crops such as oilseed rape, cotton, tobacco leaves, flowers, various vegetables, fruits, mulberries, tea trees and pasture.

Description

technical field [0001] The invention relates to the technical field of agriculture, in particular to a dual-machine foliage fertilizer and a production process thereof. Background technique [0002] my country is a country with a large population, and grain occupies an important position in the development of agricultural production. Usually, an effective way to increase grain production is to expand the area of ​​cultivated land and increase the yield per unit area. According to my country's national conditions, although there is still great potential to continue to expand the cultivated land area, there are many lands that can be developed, but most of them are difficult to cultivate, and the investment is large and the return is low. This determines that it is more practical to increase my country's grain production by increasing the yield per unit area. In addition to seed improvement and intensive cultivation, the main measure to increase the yield per unit area is to a...

AI Technical Summary

Problems solved by technology

[0003] 1. Pollution to the water environment

[0004] Due to the excessive application of chemical fertilizers, soil water-soluble nutrients and other substances are leached into groundwater and rivers by rainwater and farmland irrigation, causing groundwater and river pollution in some areas, making groundwater, rivers, lakes, and oceans eutrophic, resulting in Surface water cannot be used, groundwater is not good to drink, fish and shrimp in some rivers, lakes, and inland seas often die, and water ecology deteriorates

[0005] 2. Pollution to the soil

Chemical fertilizers have become "land opium" and farmers are addicted to them. They are addicted to farming habits and addicted to output. It has been less than 60 years since chemical fertilizers were commonly used. Land degradation, acidification, and salinization are becoming more and more serious, and it will take another 100 years or more time, the arable land will eventually dry up and lose its arable value

No amount of fertilizer will help

[0006] 3. Air pollution

[0007] 4. Impact on the quality of agricultural products

In fact, we cannot get rid of the hazards of chemical fertilizers for our three meals a day. It is difficult to find a food that is not produced by chemical fertilizers. Even the fish and bean sprouts soaked are also used chemical fertilizers. If chemical fertilizers (especially nitrogen fertilizers) If the amount of application is too large, it will cause nitrate pollution in drinking water, grain, oil, fruit and vegetables

Although nitrate itself is not very toxic to humans, it can be reduced to nitrite in the human body, oxidizing normal hemoglobin into methemoglobin, and losing the ability to carry oxygen, leading to hypoxia in the human body and causing methemoglobinemia