Multielement high nutrient synthetic organic fertilizer product and application thereof

Abstract

This invention introduces a multi-element highly nutrient composite organic fertilizer product, which is a mixed material of mineral active yellow humic acid, mineral agglomerant Al2O, ore powder and long-term effective released uroformaldehyde, in which, the active ore powder is 30-40% of the total volume of the material, the yellow humic acid is 25-45% and the long-term effect released uroformaldehyde is 24-30% and the mineral agglomerant is 1-5%, which can be mixed with traditional farmyard manure in the proportion of 1:3 when using it.

Description

technical field [0001] The invention relates to a multi-element high-nutrient synthetic organic fertilizer product and its application, belonging to the preparation method and application method of organic synthetic fertilizer. Background technique [0002] In the history of the development of agricultural plant cultivation technology in the world, crop fertilizers have gone through several stages from the use of traditional farmyard manure and chemical fertilizers to the organic fertilizers that have generally emerged in the world in the past ten years. It is a change from the use of traditional farmyard manure to the use of inorganic chemical fertilizers. During the decades of this change, it has brought a good harvest to human beings, but also brought serious and long-term negative effects: soil compaction, soil fertility decline and even The final necrosis of soil and the decline of crop quality are more serious because soil and groundwater are also polluted, which not o...

AI Technical Summary

Problems solved by technology

It is a change from the use of traditional farmyard manure to the use of inorganic chemical fertilizers. During the decades of this change, it has brought a good harvest to human beings, but also brought serious and long-term negative effects: soil compaction, soil fertility decline and even The final necrosis of soil and the decline of crop quality are more serious because soil and groundwater are also polluted, which not only severely damages the agricultural ecological environment, but also has a destructive impact on the global natural environment