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Microbial fertilizer for pollution-free tomato cultivation

A microbial fertilizer, bio-organic fertilizer technology, applied in the direction of organic fertilizer, fertilizer mixture, organic fertilizer preparation, etc., can solve the problems of slow effect, failure to provide bio-organic fertilizer preparation method, poor activity, etc., to achieve production guarantee, Fewer fertilization steps, the effect of improving the soil

Inactive Publication Date: 2015-08-26
吴迪
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Among the above invention patents, CN1332134 failed to provide a specific preparation method of bio-state organic fertilizer. The source of organic matter in the preparation method of CN1673197 organic fertilizer is limited to one of discarded fungus bags after eating fungi, tobacco scraps or liquor discarded grains. In CN1765843, organic compound The fertilizer is prepared by simple physical mixing and extrusion, the organic matter has not been decomposed, and there are disadvantages of poor activity and slow effect
In the prior art, there is no microbial fertilizer capable of substantially increasing tomato yield

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] This example produces a kind of microbial fertilizer that is used for green tomato cultivation, and the production of microbial fertilizer is carried out in airtight biological fermentation tower. The specific production process of microbial fertilizer is as follows:

[0025] Get 2 kilograms of N-acetyl amino acids, 5 kilograms of borax, 50 kilograms of magnesium ore powder, 2 kilograms of gamma-glutamyl amino acids, and 40 kilograms of pyroglutamyl amino acids; be ground into 800 kilograms of Pleurotus eryngii fungus slag (dried Weight), wheat bran, passed through a 5 mm sieve, 20 kg, rice bran, passed through a 5 mm sieve, 10 kg, brown sugar 2 kg, glucose 6 kg, phosphate rock powder, phosphorus pentoxide content 28.5%, fineness less than 50 mesh, 40 kg, potassium mineral powder, potassium oxide content 12.2%, fineness less than 50 mesh, 20 kg; Bacillus subtilis liquid, effective active bacteria count 200 million / g, 3 kg, Saccharomyces cerevisiae powder, effective viab...

Embodiment 2

[0030] This example produces a kind of microbial fertilizer that is used for green tomato cultivation, and the production of microbial fertilizer is carried out in airtight biological fermentation tower. The specific production process of microbial fertilizer is as follows:

[0031]5 kg of N-acetyl amino acid, 18 kg of borax, 5 kg of magnesium ore powder, 15 kg of gamma-glutamyl amino acid, 20 kg of pyroglutamyl amino acid; get 700 kg of Pleurotus eryngii mushroom residues (dry weight), wheat bran, passed through a 5 mm sieve, 50 kg, rice bran, passed through a 5 mm sieve, 40 kg, brown sugar 10 kg, sucrose 8 kg, glucose 10 kg, phosphate rock powder, phosphorus pentoxide content 28.5%, fineness Less than 50 mesh, 60 kg, potassium mineral powder, potassium oxide content 12.2%, fineness less than 50 mesh, 40 kg; take the following beneficial bacteria, Bacillus subtilis, effective active bacteria number 80 million / g, 800 g, Bi Red Yeast, effective viable count 500 million / g, 10 k...

Embodiment 3

[0036] This example produces a kind of microbial fertilizer that is used for green tomato cultivation, and the production of microbial fertilizer is carried out in airtight biological fermentation tower. The specific production process of microbial fertilizer is as follows:

[0037] 4 kg of N-acetyl amino acid, 15 kg of borax, 30 kg of magnesium ore powder, 10 kg of gamma-glutamyl amino acid, 30 kg of pyroglutamyl amino acid; get 750 kg of Pleurotus eryngii fungus slag crushed into a diameter less than 1 cm (dried Weight), wheat bran, passed through a 5 mm sieve, 20 kg, rice bran, passed through a 5 mm sieve, 10 kg, brown sugar 2 kg, glucose 6 kg, phosphate rock powder, phosphorus pentoxide content 28.5%, fineness less than 50 mesh, 40 kg, potassium ore powder, potassium oxide content 12.2%, fineness less than 50 mesh, 20 kg; take the following beneficial bacteria, Bacillus subtilis, the effective number of active bacteria is more than 100 million / g, 10 kg, Saccharomyces cerev...

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Abstract

The invention relates to a microbial fertilizer for pollution-free tomato cultivation and belongs to the technical field of fertilizer production. The preparation method of the fertilizer comprises the following steps: Step 1, fully and uniformly mixing fermentation raw materials with fermentation microorganisms, and thus obtaining a mixed material; adding plant or animal protein into the mixed material until the ratio of C to N of the mixed material is controlled to be 15-40 to 1, and adjusting the water content to 50-60 weight percent; Step 2, fermenting the mixed material. The microbial fertilizer synthesizes the nutrients necessary to the growth of a variety of plants. During fertilization, the fertilization processes are fewer, and the complex and heavy material preparation process is not needed. In addition, the nutrients are in the condition that the nutrients can be absorbed by the plants immediately, and the microbial fertilizer can be applied in the nutrition absorption peak of crops, so that the problems of insufficient fertility and weak growth caused by slow nutrition absorption of conventional organic fertilizers in the nutrition absorption peak of crops are solved.

Description

technical field [0001] The invention belongs to the technical field of fertilizer production. More specifically to a microbial fertilizer for green tomato cultivation Background technique [0002] Tomato (Tomato), also known as tomato, foreign persimmon. The ancient name is June persimmon, and the three yuan of good news. In Peru and Mexico, it was originally called "wolf peach". The whole body has sticky glandular hairs and has a strong smell. Stems are prone to lodging. Leaves are pinnately compound or pinnately parted, leaflets are extremely irregular, varying in size, ovate or oblong, with irregularly serrated or lobed edges. Calyx radial, lobes lanceolate, persistent in fruit; corolla radial, yellow. Berries oblate or nearly spherical, fleshy and juicy, orange or bright red, smooth; seeds yellow. [0003] Organic agriculture follows certain organic agricultural production standards, does not use genetically engineered organisms and their products in production, d...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C05G3/00C05F17/00
CPCY02W30/40
Inventor 吴迪
Owner 吴迪
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