Organic energy carbon fertilizer

Abstract

The invention discloses an organic energy carbon fertilizer, which comprises: 48% of small molecule active carbon, 55% of organic matter, and rare earth element, wherein the organic energy carbon fertilizer is suitable for various vegetables, melons and fruits, fruit trees, flowers, teas, medicinal materials and other economic crops. With the organic energy carbon fertilizer of the present invention, the nutrients in soil can be locked, the stress resistance of crops can be enhanced, the occurrence of yellow leaf disease or chlorosis can be prevented, the diseases of crops can be reduced, andthe nutrients of soil can be released through microbial transformation, nitrogen fixing, phosphorus releasing and potassium releasing; the utilization rates of chemical fertilizers, biological fertilizers and organic fertilizers can be increased so as to achieve the strong microbial activity of soil; the permeability of soil can be enhanced, the activity of crop roots can be improved, the root length, the root depth and the number of capillary roots of crops can be increased to 3-5 times, and the photosynthesis can be promoted; and the heavy metals and the pesticide residues of soil can be adsorbed and passivated, the minerals of soil can be enriched, the organic matters of soil can be increased, and the quality and the yield of crops can be increased.

Description

technical field [0001] The invention relates to the technical field of fertilizers, in particular to organic energy carbon fertilizers. Background technique [0002] Facing increasingly serious environmental and resource problems in the 21st century, countries around the world have taken substantial actions on the basis of implementing sustainable development strategies. Reducing the use of chemical fertilizers in food production is one of the key areas for action. The leading agriculture in the 21st century is ecological agriculture, and the leading food is green food. Rational use of fertilizers is an important link in the production of green food. [0003] Chemical fertilizers have become an indispensable and important means of production in my country's current agricultural production, but the extensive use of chemical fertilizers and pesticides has an increasing impact on resources and the environment. The raw materials of chemical fertilizers are non-renewable mineral...

AI Technical Summary

Problems solved by technology

At the same time, because only 30% to 50% of the chemical fertilizers applied to the farmland are used by the crops, the application of chemical fertilizers has become a heavy and inescapable economic burden for farmers. It is not that the more fertilization, the higher the yield, but the worsening of agricultural benefits

People realize that the excessive use of chemical fertilizers is not only an astonishing waste, but also has a huge negative impact on agriculture, the environment, and human beings. A large amount of nitrogen lost into the atmosphere leads to the destruction of the ozone layer and causes natural disasters; it flows into the water to cause water pollution and carcinogens. The long-term and large-scale use of chemical fertilizers has caused soil compaction and desertification, and soil fertility has declined. People exclaimed that "chemical fertilizers are the opium of the land". Long-term excessive use of chemical fertilizers will reduce the quality of crops. Substance content exceeds the standard, causing harm to human health

Due to the excessive nitrate, the export of agricultural products has been seriously hindered and suffered heavy losses, and the negative impact of chemical fertilizers has caused human beings to pay a heavy price. Therefore, the task of developing and producing products that replace chemical fertilizers is arduous