Plant disinsecting and sterilizing solution and special sprayer for preparing and spraying same

Abstract

The invention relates to the technical field of plant disinsecting and sterilizing solutions and sprayers, and discloses a plant disinsecting and sterilizing solution and a special sprayer for preparing and spraying the same. The plant disinsecting and sterilizing solution is mainly technically characterized by comprising 60-800mg of ozone, 100kg of water and acid liquor for enabling the PH value of a mixture to reach 2-3. A working chamber with a gas-liquid mixing mechanism, which is partitioned by using a baffle plate, is arranged below a liquid storage barrel of the sprayer, the gas-liquid mixing mechanism is connected with an ozone generator through a gas guide pipe, and a generation gas inlet of the ozone generator is communicated with the outer part of a shell through a first gas inlet pipe with a gas pump. When the PH value is 2-3 and the content of the ozone reaches 0.6-8ppm, the reduction speed of the ozone is reduced, the disinsecting and sterilizing effect is improved so that no pesticide is remained on agricultural products, the production cost is lowered, leaves of plants are not easy to age so that the photosynthesis is enhanced, the yield of crops are increased and the quality of the crops are increased; and acidic water has a disinsecting and sterilizing function, and the ozone is added, and thus the disinsecting and sterilizing effect is greatly enhanced.

Description

technical field [0001] The invention belongs to the technical field of plant deworming and sterilizing liquid and sprayer, and in particular relates to plant deworming and sterilizing liquid and a special sprayer for preparation and spraying thereof. Background technique [0002] In agricultural production, in order to prevent and control pests and germs, farmers continue to increase the dosage of pesticides, shorten the spraying cycle and use highly toxic and high-residue pesticides. output, but the above method has the following defects: one, the use of pesticides to prevent and control not only pollutes the soil, but also pollutes the water source; second, increasing the dose of pesticides and shortening the spraying cycle not only increases the direct cost, but also increases the resistance of insects. Third, the use of highly toxic and high-residue pesticides not only reduces the quality of agricultural products, but also easily causes chronic or acute poisoning of eate...

AI Technical Summary

Problems solved by technology

[0002] In agricultural production, in order to prevent and control pests and germs, farmers continue to increase the dosage of pesticides, shorten the spraying cycle and use highly toxic and high-residue pesticides. output, but the above method has the following defects: one, the use of pesticides to prevent and control not only pollutes the soil, but also pollutes the water source; second, increasing the dose of pesticides and shortening the spraying cycle not only increases the direct cost, but also increases the resistance of insects. Third, the use of highly toxic and high-residue pesticides not only reduces the quality of agricultural products, but also easily causes chronic or acute poisoning of consumers

Although the ozone sprayer has almost no pollution to the environment and no pesticide residues, it is difficult to popularize due to the low ozone concentration and the quick reduction of ozone in neutral water, and poor desinsection and bactericidal effect

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