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Organic ecological seedling cultivating pot and preparation method thereof

An organic and ecological technology, applied in the field of pure natural seedling raising pots and its preparation, can solve the problems of being unsuitable for producing green products, nutritional deficiencies of peat nutrient pots, difficult to grow strong seedlings, etc. The effect of reducing seedling cost, improving seedling efficiency and seedling effect

Inactive Publication Date: 2013-09-11
HEZE UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Peat-based nutrient pots use low-level peat, which has the problems of poor water absorption and low elasticity, and the nutrition of peat nutrient pots is not complete; adding chemical fertilizers is often because the fertilizer effect is fast, the seedlings are easy to grow, and it is difficult to grow strong seedlings
Seedling pots mainly made of plant stalks and industrial waste residues, due to the addition of adhesives and industrial waste residues during production, the raw materials contain various heavy metals, which are likely to cause soil pollution and are not suitable for the production of green products
At the same time, during production, thermoforming is required, which wastes energy, high production costs and low profits

Method used

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  • Organic ecological seedling cultivating pot and preparation method thereof
  • Organic ecological seedling cultivating pot and preparation method thereof
  • Organic ecological seedling cultivating pot and preparation method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0016] Formula: bark 60kg, sawdust 30kg, plant ash 6.5kg, wheat husk 3kg, biological fertilizer starter 0.5kg, cow dung 2kg.

[0017] Specific manufacturing method: crush the above raw materials through a pulverizer, mix bark, sawdust, plant ash, and wheat husks, control the carbon-to-nitrogen ratio at 20, and control the pH value at 8.0, and then inoculate the biological fertilizer starter onto cow dung to form microorganisms The inoculant is added to the above mixed raw materials for stacking and fermentation. Generally, within 24 hours, the temperature rises to 50°C from the beginning, and within 48 hours, the temperature can rise to 60°C. When the temperature reaches 70°C, it needs to be turned. . Such a temperature can kill all pathogenic bacteria and cordyceps seeds during fermentation; ferment for 7 days in spring, summer and autumn, and ferment for 10 days in winter to complete the fermentation, sieve, and then transport to mechanical pressing and molding, and then tra...

Embodiment 2

[0020] Recipe: bark 80 kg, sawdust 10 kg, plant ash 5 kg, wheat husk 1 kg, biological fertilizer starter 1 kg, chicken manure 5 kg.

[0021] Specific manufacturing method: pulverize the raw materials obtained above through a pulverizer, first inoculate the biological fertilizer starter onto chicken manure to form a microbial inoculant, fully mix the microbial inoculant with bark, sawdust, and plant ash, and make the water Control the proportion at about 50%, control the carbon-nitrogen ratio at 35, and control the pH value at 7.0, then add wheat husks, and then stack and ferment. Generally, within 22 hours, the temperature will rise to 51°C from the beginning, and within 50 hours, the temperature It can rise to 61°C, and when the temperature reaches 72°C, it needs to be turned over. Such temperature can kill all pathogenic bacteria and cordyceps seeds during fermentation; ferment for 8 days in spring, summer and autumn, and ferment for 10 days in winter to complete the ferment...

Embodiment 3

[0024] Formula: bark 70 kg, sawdust 20 kg, plant ash 10 kg, wheat husk 5 kg, biological fertilizer starter 0.1 kg, cow dung 1 kg.

[0025] Specific manufacturing method: pulverize the raw materials obtained above through a pulverizer, first inoculate the biological fertilizer starter onto cow dung to form a microbial inoculant, fully mix the microbial inoculant with bark, sawdust, and plant ash, and make the water 47% or so, carbon-nitrogen ratio at 27, pH at 7.5, then add wheat husks for stacking and fermentation. Generally, within 22 hours, the temperature will start to rise to 49°C, and within 49 hours, the temperature will rise. To 59 ℃, when the temperature reaches 75 ℃, need to turn over. Such a temperature can kill all pathogenic bacteria and Cordyceps eggs during fermentation; ferment for 9 days in spring, summer and autumn, and 9 days in winter to complete the fermentation, sieve, and then transport to mechanical pressing and molding, and then transport to oven Dryin...

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Abstract

The invention relates to a seedling cultivating pot and a preparation method thereof, in particular relates to a purely natural seedling cultivating pot and a preparation method thereof, and provides a purely natural organic ecological seedling cultivating pot. The purely natural organic ecological seedling cultivating pot is characterized by being prepared from the following raw materials in parts by weight: 60 to 80 parts of bark, 10 to 30 parts of saw dust, 5 to 10 parts of plant ash, 1 to 5 parts of poultry excrement and 0.1 to 1 part of biological fertilizer leavening agent. The prepared organic nutrition pot is low in cost, wide in resource and stable in quality, so that not only are the problems of waste reutilization, energy conservation and emission reduction solved, but also forest product wastes are utilized to product the soilless nutrition pot, and therefore, the difficult problem of producing seedlings which are cultivated and strengthened in a pollution-free manner is solved. The nutrition pot is produced in an industrialization manner through equipment, so that the user operation is simplified; and the seedling cultivating efficiency and the seedling cultivating effect are improved greatly, so that the user benefit is increased. In addition, the pot is produced strictly according to the quality standard in a machining process in a factory, so that the reliable quality of the pot is ensured; and the seedling cultivating cost is lowered greatly. As a result, the pot provided by the invention is convenient for popularization.

Description

(1) Technical field [0001] The invention relates to a seedling raising pot and a preparation method thereof, in particular to a pure natural seedling raising pot and a preparation method thereof. (2) Background technology [0002] Modern agriculture has been developing in the direction of high yield, high quality, high efficiency and no pollution. Farmers' economic strength and technological awareness are already willing to accept new high-tech means of production that save labor, labor, increase production, and increase income. On the other hand, the traditional soil lump seedling raising method and hole tray seedling raising method will gradually tend to be eliminated due to various reasons. Modern agriculture urgently needs a new type of seedling product that integrates substrate, nutrition, epidemic prevention, insect prevention and container. Agricultural experts and scholars at home and abroad have carried out a lot of research and development, and have succes...

Claims

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Application Information

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IPC IPC(8): C05F15/00C05F17/00
CPCY02W30/40
Inventor 周天华
Owner HEZE UNIV
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