Technology for producing special organic biological manure of nutrient tea

A technology of organic biology and production technology, which is applied in the direction of organic fertilizers, preparation of organic fertilizers, and treatment of bio-organic parts. It can solve problems that affect the production of high-quality agricultural products, replenish organic matter in soil, and deplete agricultural resources, so as to protect the natural environment and ecology. Balance, increase organic matter, the effect of less dosage

Inactive Publication Date: 2007-11-21
陈宗旺 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] With the development of the global economy and social progress, people have unique requirements for the quality of life and the quality of food and beverages. It has become a fashion, but the excessive development of agriculture, especially the long-term partial application of single chemical fertilizers, does not properly supplement the soil with organic matter, resulting in th

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0018] The present invention adopts the following components in parts by weight: livestock manure 700, enzyme bacteria 0.8, plant straw 280, EM multi-enzyme 2, vitamin B 0.1, DA-6 0.1, selenium 0.09, molybdenum 0.09, magnesium 0.8, and its production process As follows: (1) organic fertilizer decomposing: first crush the above-mentioned livestock and poultry manure and plant straw into powder, mix the livestock and poultry manure and plant straw, pile up, add the above-mentioned enzyme bacteria, aerobic fermentation, water The portion is controlled at 55%, and after 48 hours, it begins to heat up, and the temperature is controlled at 55° C., turned over 3 times, fermented for 14 days, and the water content drops to 20% to make decomposed organic fertilizer; (2) cultivate the above-mentioned biological EM multiple enzymes: The following parts by weight ratio components, that is, EM original dew 0.08, brown sugar 0.08, VC 0.06, and water 12, are packed into a fermenter and cultiv...

Embodiment 2

[0020] The present invention adopts the following components in parts by weight: livestock manure 650, enzyme bacteria 1.0, plant straw 300, EM multi-enzyme 1.5, vitamin B 0.15, DA-6 0.15, selenium 0.095, molybdenum 0.095, magnesium 0.6, and its production process As follows: (1) organic fertilizer decomposing: first crush the above-mentioned livestock and poultry manure and plant straw into powder, mix the livestock and poultry manure and plant straw, pile up, add the above-mentioned enzyme bacteria, aerobic fermentation, water The portion is controlled at 60%, and the temperature starts to rise after 48 hours. The temperature is controlled at 57° C., turned over 4 times, fermented for 16 days, and the water content drops to 25% to make decomposed organic fertilizer; (2) Cultivate the above-mentioned biological EM multiple enzymes: The following parts by weight ratio components, i.e. EM original dew 0.10, brown sugar 0.10, VC 0.04, water 8, are packed into a fermenter and cult...

Embodiment 3

[0022] The present invention adopts the following components in parts by weight: livestock and poultry manure 750, enzyme bacteria 1.2, plant straw 320, EM multi-enzyme 1.7, vitamin B 0.12, DA-6 0.12, selenium 0.1, molybdenum 0.1, magnesium 0.7, and its production process As follows: (1) organic fertilizer decomposing: first crush the above-mentioned livestock and poultry manure and plant straw into powder, mix the livestock and poultry manure and plant straw, pile up, add the above-mentioned enzyme bacteria, aerobic fermentation, water The portion is controlled at 65%, and the temperature starts to rise after 48 hours. The temperature is controlled at 60° C., turned over 5 times, fermented for 15 days, and the water content drops to 30% to make decomposed organic fertilizer; (2) Cultivate the above-mentioned biological EM multiple enzymes: The following parts by weight ratio components, that is, EM original dew 0.12, brown sugar 0.12, VC 0.05, and water 10, are packed into a f...

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Abstract

Production of special organic biological fertilizer for nutritive tea is carried out by crushing fowls and animals feces 650-750 proportion and plant straw 280-320 proportion into powders, mixing, stacking, adding into yeast ferment 0.8-1.2, aerobic fermenting, controlling water content to 55-65%, raising temperature after 48 hrs between 55-60 degree, tipping pile for 3-5 times, fermenting 14-16 days, decreasing water content to 20-30% to obtain rotted organic fertilizer, putting EM stock, red sugar, VC and water into fermenter, culturing for 5-7 days to obtain EM polyhydric enzyme, adding DA-60.1-0.15, selenium 0.09-0.1, molybdenum 0.09-0.1, magnesium 0.6-0.8, EM polyhydric enzyme 1.5-2 and vitamins B 0.1-0.15 into rotted organic fertilizer and anaerobic fermenting for 7-15 days to obtain the final product. It has more soil organics and tea yield and better tea quality.

Description

technical field [0001] The invention relates to a production technology of a special organic biological fertilizer for high-nutrition tea. Background technique [0002] With the development of the global economy and social progress, people have unique requirements for the quality of life and the quality of food and beverages. It has become a fashion, but the excessive development of agriculture, especially the long-term partial application of single chemical fertilizers, does not properly supplement the soil with organic matter, resulting in the decline of soil quality, the gradual depletion of available agricultural resources, and serious soil degradation, which ultimately affects the production of high-quality agricultural products. The current status of soil resources urgently needs to supplement soil organic matter through human measures to ensure the level of agricultural planting and the quality of agricultural products. [0003] Tea tree is a perennial economic crop ...

Claims

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Application Information

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IPC IPC(8): C05G1/00C05F17/00
CPCY02W30/40
Inventor 陈宗旺张德礼
Owner 陈宗旺
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