Production process of earthworm liquid fertilizer matrix solution

Abstract

The invention relates to an earthworm liquid fertilizer matrix solution production process, and the process comprises the following steps: S1, performing hydrolyzing and stirring; S2, carrying out oxygen excitation mixing reaction; S3, carrying out standing and precipitating; S4, carrying out separation and extraction; S5, carrying out heating and degerming: heating and degerming the extracting solution in the storage tank, and carrying out high-temperature inactivation on microorganisms in the extracting solution; S6, inoculating microorganisms; S7, performing heating sterilization again, and performing high-temperature inactivation on the extracting solution in the step S6 again; S8, inoculating microorganisms again, then inoculating beneficial microorganisms to the extracting solution subjected to high-temperature inactivation in the step S7, then adding brown sugar into the storage tank, and carrying out aeration culture on the extracting solution in the storage tank through an aeration pipe; S9, inactivating and adding bacteria, carrying out high-temperature inactivation on the extracting solution in the step S8 again, carrying out microbial inoculation again, and carrying out aeration culture to form an earthworm liquid fertilizer matrix solution. The earthworm liquid fertilizer has the effect of improving nutrient substances in the earthworm liquid fertilizer matrix solution.

Description

technical field [0001] The present application relates to the technical field of liquid fertilizer base solution production process, in particular to a production process of earthworm liquid fertilizer base solution. Background technique [0002] In food and safety, crop products are divided into three types: conventional products, green products and organic products. The use of chemical inputs is not prohibited in the production process of conventional products, and genetic engineering technology is not restricted; chemically synthesized fertilizers, pesticides, growth regulators and other substances are used in limited quantities in the production process of green products, and genetic engineering technology is not used; the use of chemical Synthetic fertilizers, pesticides, growth regulators and other substances do not use genetic engineering technology. With the continuous increase of people's demand for food to return to nature, organic food has received more and more ...

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Problems solved by technology

[0005] Regarding the above-mentioned related technologies, the inventor believes that: in the related technologies, when vermicompost is used in organic liquid fertilizers as a matrix solution, the vermicompost and water are simply stirred and then used as a matrix solution. The quality of the produced matrix solution is poor and the nutrients are less, which needs to be improved

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