Fertilizer control agent and application method thereof

Abstract

The invention belongs to the technical field of fertilizers and soil protection, and discloses a fertilizer control agent which considers triple effects of soil protection, food quality and effect enhancement and fertilizer loss control, and an application method thereof. The fertilizer control agent is mainly prepared from active calcium silicate, clay, gypsum powder, volcanic rock ash, biochar,straw ash and a micro amount of natural modified high polymer flocculant, can be combined with different kinds of fertilizers to form catalytic fertilizers, can form a fertilizer effect improving fertilizer catalytic space structure when being mixed with water, and can avoid excessive fertilizer use so as to protect the soil. The fertilizer control agent comprises the following components in partsby weight: 200-500 parts of active calcium silicate, 200-500 parts of clay, 20-100 parts of gypsum powder, 10-50 parts of volcanic ash, 20-100 parts of biochar, 20-100 parts of straw ash and 10-25 parts of a natural modified high polymer flocculant. The components are thoroughly mixed and grinded to more than 50 to 500 meshes; and the prepared natural soil-protection fertilizer control agent is suitable for various fertilizers and crops, and is capable of improving the fertilizer utilization efficiency, improving the crop quality and realizing the soil protection effect.

Description

technical field [0001] The invention belongs to the technical field of fertilizers, and in particular relates to a fertilizer control agent which takes into account the triple functions of soil protection, grain quality and efficiency, and fertilizer loss control and its application method. Background technique [0002] Traditional fertilizers are easy to lose into the air and water bodies through volatilization, runoff, infiltration, etc., which not only leads to low fertilizer utilization efficiency, but also causes a series of problems such as smog, acid rain, water eutrophication, and soil pollution. At present, a large amount of fertilizer nitrogen is lost every year in the country, causing economic losses. On the other hand, for the mass production of crops, the use of a large amount of fertilizer will inevitably cause soil composition imbalance, land compaction and affect the quality of crops. Therefore, how to improve fertilizer efficiency and reduce fertilizer usage...

AI Technical Summary

Problems solved by technology

[0002] Traditional fertilizers are easy to lose into the air and water through volatilization, runoff, infiltration, etc., which not only leads to low fertilizer utilization, but also causes a series of problems such as smog, acid rain, water eutrophication, and soil pollution.

At present, a large amount of fertilizer nitrogen is lost every year in the country, causing economic losses. On the other hand, for the mass production of crops, the use of a large amount of fertilizer will inevitably lead to imbalance of soil composition, land compaction and affect the quality of crops.