Method for producing tea foliage fertilizer by using sisal hemp wastewater

Abstract

The invention discloses a method for producing a tea foliage fertilizer by using a sisal hemp wastewater. The method is characterized by comprising the following raw materials in parts by weight: 75-85 parts of a fresh sisal hemp wastewater, 0.5-1.0 part of microelements, 3-6 parts of organic acid, 1-2 parts of a pest repellent and 0.1-0.5 part of a surfactant. The tea foliage fertilizer is prepared by fermentation, and is produced from the wastewater after sisal hemp processing as a main raw material, so that wastes are changed into treasures; the problem of environmental pollution is also solved; the production cost is low; and reasonable nutrients of pest repellent and microelements are blended, so that the nutritional ingredients of the tea can be quickly supplemented; rapid growth of the tea are promoted; leaf pests are avoided; the yield-increasing effect is obvious in comparison with a conventional inorganic fertilizer; and the economic benefits are significant.

Description

technical field

[0001] The invention belongs to the field of crop fertilizers, and in particular relates to a method for producing foliage fertilizer from sisal wastewater applied to tea leaves. Background technique

[0002] Sisal is a valuable subtropical crop resource. It is also known as phoenix orchid, pineapple flower, thick leaf yucca, phoenix yucca, Latin scientific name: Agave sisalana Perr. ex Engelm, perennial leaf fiber crop, native to tropical Central America In semi-desert areas with high temperature in the subtropics and little rain, the leaves of sisal are sword-shaped, hard and long and narrow. Sisal has the characteristics of temperature-loving and drought-tolerant. Its fibers have the characteristics of white color, tough texture, strong tensile force, good elasticity, resistance to seawater immersion, acid and alkali resistance, friction resistance, not brittle and not easy to slip. The main product of traditional sisal production is sisal fiber. With soc...

Examples

Embodiment 1

[0035] Raw material formula ratio: 750 kg of fresh sisal wastewater, 50 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate Provide), organic acid, 30 kg (citric acid + oxalic acid + acetic acid + malic acid), pest repellent 10 kg, hand washing fruit soaking solution 1 kg.

[0036] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 10 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain fruit foliage fertilizer.

Embodiment 2

[0038] Raw material formula ratio: 800 kg of fresh sisal wastewater, 60 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate Provided), 40 kg of organic acid (citric acid + oxalic acid + malic acid), 12 kg of pest repellent, 2 kg of soaking solution of hand washing fruit.

[0039] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 15 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain the fruit foliar fertilizer.

Embodiment 3

[0041] Raw material formula ratio: 820 kg of fresh sisal wastewater, 80 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate provided), 50 kg of organic acid (citric acid), 15 kg of pest repellent, 4 kg of soaking solution of hand washing fruit.

[0042] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 12 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain fruit foliage fertilizer.

technical field

[0001] The invention belongs to the field of crop fertilizers, and in particular relates to a method for producing foliage fertilizer from sisal wastewater applied to tea leaves. Background technique

[0002] Sisal is a valuable subtropical crop resource. It is also known as phoenix orchid, pineapple flower, thick leaf yucca, phoenix yucca, Latin scientific name: Agave sisalana Perr. ex Engelm, perennial leaf fiber crop, native to tropical Central America In semi-desert areas with high temperature in the subtropics and little rain, the leaves of sisal are sword-shaped, hard and long and narrow. Sisal has the characteristics of temperature-loving and drought-tolerant. Its fibers have the characteristics of white color, tough texture, strong tensile force, good elasticity, resistance to seawater immersion, acid and alkali resistance, friction resistance, not brittle and not easy to slip. The main product of traditional sisal production is sisal fiber. With soc...

Examples

Embodiment 1

[0035] Raw material formula ratio: 750 kg of fresh sisal wastewater, 50 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate Provide), organic acid, 30 kg (citric acid + oxalic acid + acetic acid + malic acid), pest repellent 10 kg, hand washing fruit soaking solution 1 kg.

[0036] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 10 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain fruit foliage fertilizer.

Embodiment 2

[0038] Raw material formula ratio: 800 kg of fresh sisal wastewater, 60 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate Provided), 40 kg of organic acid (citric acid + oxalic acid + malic acid), 12 kg of pest repellent, 2 kg of soaking solution of hand washing fruit.

[0039] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 15 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain the fruit foliar fertilizer.

Embodiment 3

[0041] Raw material formula ratio: 820 kg of fresh sisal wastewater, 80 kg of trace elements (Cu is provided by copper sulfate; Fe is provided by ferrous sulfate; Zn is provided by zinc sulfate containing crystal water; B is provided by sodium tetraborate; Mn is provided by manganese sulfate provided), 50 kg of organic acid (citric acid), 15 kg of pest repellent, 4 kg of soaking solution of hand washing fruit.

[0042] The production method of tea foliage fertilizer: take fresh sisal waste water, organic acid, trace elements, pest repellent and surfactant according to the above formula, stir and mix them evenly and put them into a closed fermenter for fermentation. The fermentation temperature is 30-50°C, the fermentation time is 12 days, and then the fermented mixture is filtered, and the filtrate is collected to obtain fruit foliage fertilizer.

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