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Nutrient solution for preventing frost damage of plant and production method

A technology for nutrient solution and plant seeds, which is applied in the fields of botanical equipment and methods, pest control, plant growth regulators, etc. The effect of working time, reducing production cost and reducing labor intensity

Inactive Publication Date: 2009-07-22
宫玲玲
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although the above measures have been taken, there are still reasons for the large cooling range and long cooling time of the cold air, which cause freezing damage to the flowers, tree buds, leaves, and fruits of the plants, and even the whole plant is frozen to death.
[0003] The fruit trees cultivated in the open air will also be damaged by freezing due to the large cooling range and long cooling time of the cold air, so that the flower buds are frozen and cannot bloom, and sometimes even the whole fruit tree is frozen to death and suffers heavy losses.
[0004] In view of the above deficiencies, the present inventors have studied for a long time and found that when freezing damage occurs, the water content in the plant cells is affected by the cytoplasm and the cell membrane and cannot be discharged freely, and there is freezing in the cells, which causes the cell volume to expand. The cell wall ruptures, causing carbohydrates, soluble amino acids, DNA, organic potassium, sugar and other substances that maintain cell vitality to flow out; this affects the stability of the biomembrane, and the membrane lipid also changes from a liquid state to a gel state, and the cell membrane cracks. eventually cause the plants to freeze and die

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] Adding 100 kilograms of potassium hydroxide aqueous solution with a weight concentration of 5% in the reaction kettle, then adding 40 kilograms of sesame cake powder and 20 kilograms of peat, hydrolyzing at about 30 ℃ for 72 hours, then adding 200 kilograms of solid potassium hydroxide, Saponification reaction at about 95°C for 2 hours, neutralization with phosphoric acid to neutral pH, and solid-liquid separation.

[0035] Get 150 kg of clear liquid, add 25 kg of zinc sulfate, 25 kg of copper sulfate, 10 kg of manganese sulfate and 10 kg of ferrous sulfate, add 5 kg of boric acid and 5 kg of ammonium molybdate after chelating reaction at 75°C for 10 hours, and then Add 780 kg of propylene glycol. Stir well and filter the package.

Embodiment 2

[0037] Adding 100 kilograms of potassium hydroxide aqueous solution with a weight concentration of 10% in the reactor, then adding 40 kilograms of grape seed powder and 20 kilograms of peat, hydrolysis reaction at about 55 ° C for 36 hours, then adding 250 kilograms of solid potassium hydroxide, Saponification reaction at a temperature of about 95°C for 6 hours, neutralization with phosphoric acid and separation of solid and liquid.

[0038] Get 300 kilograms of clear liquid, add 20 kilograms of zinc sulfate, 20 kilograms of copper sulfate, 10 kilograms of manganese sulfate, 10 kilograms of ferrous sulfate, 5 kilograms of boric acid and 5 kilograms of ammonium molybdate, chelate reaction at about 85 ℃ temperature for 6 hours, Then add 330 kilograms of ethylene glycol and 300 kilograms of mannitol, filter and pack after stirring.

Embodiment 3

[0040] Add 100 kg of potassium hydroxide aqueous solution with a weight concentration of 15% in the reaction kettle, then add 40 kg of cotton seed powder, hydrolyze at a temperature of about 95°C for 5 hours, then add 300 kg of solid potassium hydroxide, Saponification reaction at high temperature for 10 hours, neutralize with phosphoric acid, add 10 kg of commercially available potassium humate, stir evenly, and then separate the solid from the liquid.

[0041] Take 400 kg of clear liquid, add 30 kg of zinc sulfate, 30 kg of copper sulfate, 20 kg of manganese sulfate, 20 kg of ferrous sulfate, 5 kg of boric acid and 5 kg of potassium molybdate, and perform a chelation reaction at a temperature of about 90°C. hour, then add 250 kilograms of glycerol and 240 kilograms of propylene glycol, filter and pack after stirring.

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PUM

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Abstract

The invention relates to a plant freezing injury resistant nutrient solution containing potassium hydroxide hydrolysate of plant seed dregs and peat, phosphoric acid, a microelement fertilizer and polyatomic alcohol and a preparation method thereof. The nutrient solution has the functions of promoting photosynthesis of plants, reducing the moisture in plant cells, preventing membrane lipid from being converted from liquid to gel at low temperature, has the advantages of reasonable formulation, low energy consumption in production, simple and convenient production technique, convenient use, increase of the crop output, reduction of the labor intensity, and the like, and has wide application in the fields of agriculture, forestry and the like.

Description

technical field [0001] The invention relates to a plant antifreeze agent, in particular to a plant antifreeze damage nutrient solution and a manufacturing method that enable plants to grow normally at a relatively low temperature. Background technique [0002] Generally, plants cannot grow normally in low temperature seasons, such as late autumn, winter, and early spring, due to the sharp drop in external air temperature. In order to enable plants to grow normally, people adopt measures such as greenhouses and plastic greenhouses; in order to obtain a good harvest, there are still measures such as setting air conditioners in the greenhouses and heating in plastic greenhouses. Generally, in order to save costs and maintain the temperature in the plastic greenhouse to facilitate the growth of plants, it is also necessary to build a small arch in the plastic greenhouse and add shed covers outside the plastic greenhouse. Although the above measures have been taken, there are st...

Claims

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Application Information

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IPC IPC(8): A01N65/00A01N65/08A01N65/20A01N61/00A01N59/02A01N59/14A01N59/00A01N31/02A01P21/00
Inventor 宫玲玲
Owner 宫玲玲
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