Long-acting organic compound fertilizer synergist and preparation method thereof

Abstract

The invention belongs to the technical field of agricultural fertilizers and particularly relates to long-acting organic compound fertilizer synergist and a production method thereof. The long-acting organic compound fertilizer synergist is made from, by weight, 60-80 parts of ammonium humate, 0.5-1 part of oxalic acid, 0.5-1 part of magnesium sulfate, 1-5 parts of rare earth complex, and 15-38 parts of zeolite powder. The long-acting organic compound fertilizer synergist is capable of prolonging effective period of organic compound fertilizer, guaranteeing high efficiency and increasing utilization rate of the fertilizer and is conducive to modern agricultural mechanical fertilization. Consumption of chemical fertilizers can be decreased, production cost can be lowered. The efficiency of the organic compound fertilizer is effective for 10-20 days more than the effective period of the common fertilizer applied in the same way. The long-acting organic compound fertilizer synergist is pollution-free and nonhazardous and can be mixed with green organic compound fertilizer to prepare the conventional fertilizer into long-acting high-stability fertilizer which is suitable for promotion and application in vast countryside of China, applicable to fertilization for various lands and especially suitable for areas with well polarized agricultural mechanization.

Description

technical field [0001] The invention belongs to the technical field of agricultural fertilizers, in particular to a long-acting organic compound fertilizer synergist and a preparation method thereof. Background technique [0002] In the prior art, there are various synergists for fertilizers, and each synergist can promote the growth and development of crops in different degrees. Although synergists in commercially available products can promote and stimulate crop growth, they are not conducive to modern agricultural mechanized fertilization operations due to their low fertilizer efficiency and easy decomposition and agglomeration. [0003] A large number of crops are widely planted in rural areas of our country, resulting in a large amount of straw, but these straws are currently useless for heroes, and there are almost no other ways to use them except for people to use as firewood, resulting in a large surplus of straw. Random piles have become a public hazard that serio...

AI Technical Summary

Problems solved by technology

Although the synergists in commercially available products can promote and stimulate crop growth, they are not conducive to modern agricultural mechanized fertilization operations due to their low fertilizer efficiency and easy decomposition and agglomeration

[0003] A large number of crops are widely planted in rural areas of our country, resulting in a large amount of straw, but these straws are currently useless for heroes, and there are almost no other ways to use them except for people to use as firewood, resulting in a large surplus of straw. Random piles have become a public nuisance that seriously threatens the lives of rural people.

Although some fertilizers and other materials also need to use straw in the production process, but because my country is a large agricultural country, the amount of corn straw produced is also very large, there is still a large amount of surplus that has not been fully utilized

In addition, in the rural areas of our country, most farmers raise poultry, and some professional farms are distributed all over the country, and these poultry will produce a lot of manure every day, which not only causes air and environmental pollution, but also causes people's daily life over time. many inconveniences

[0004] However, these green organic fertilizers are often unable to fully exert their high-efficiency effects due to their low fertilizer efficiency. Therefore, how to make full use of the existing agricultural waste resources, reduce waste, and prolong their fertilizer efficiency has also become a fundamental problem. New targets for continuous research and development by field technicians