Manufacturing method of king baby dry-sprinkling ecological fermentation bed

Abstract

A manufacturing method of a king baby dry-sprinkling ecological fermentation bed is characterized in that a microbial strain part of the fermentation bed mainly consists of a saw powder part and a zymocyte agent which are laid on the fermentation bed according to the sequence of one layer of the saw powder part and one layer of the diluted microbial strain part, each layer is 5-10cm thick, the process is repeated for a plurality of times, and the ecological fermentation bed is made by treading and leveling to 50cm. The manufacturing method can help reduce the thickness of a traditional fermentation bed and lower the cost of fermentation bed padding; and the fermentation bed has the advantages of no prior fermentation requirement, laying for immediate use, dry fermentation, no water control requirement, asynchronous fermentation, nonredundant fermentation, less raw material waste, longer service life than conventional fermentation beds, no auxiliary material addition and simplest operation.

Description

technical field [0001] The invention relates to a method for making a golden treasure dry-scattering type ecological fermentation bed. Background technique [0002] Gymboree's ecological fermentation bed cultivation technology refers to an ecological and environmentally friendly cultivation mode that comprehensively utilizes the principles of microbiology, ecology, fermentation engineering, and thermodynamics, and uses active functional microorganisms as the "conversion center" of material and energy. The core of this technology is to use the active and beneficial functional microbial complex to convert animal feces and wastes into useful substances and energy in a long-term, continuous and stable manner, and at the same time realize the complete degradation of the feces and urine of animals such as pigs, chickens, ducks, and geese. The goal of no pollution and zero discharge is the latest eco-friendly farming model in the world today. [0003] The most critical issue in th...

AI Technical Summary

Problems solved by technology

[0009] (1) Most of the pads require a thickness of 80-100 cm, the cost of pads is too high, and the economic burden of users is too large;

[0010] (2) The existing fermentation bed technology needs to be fermented in advance, which wastes the fermentation capacity of the bacteria, consumes too much material, and additionally increases the amount of manual labor and the complexity of the operation process;

[0011] (3) The existing fermentation bed technology is wet fermentation, which requires relatively strict moisture control, which is not easy for users to master, and may easily cause excessive moisture content

[0012] (4) Existing technology requires more auxiliary materials (such as amino acids, green juice, salt, soil, etc.), and the operation is more cumbersome

[0013] (5) Most of the strains in the existing fermentation bed technology are water formulations, which have a short storage time and are prone to failure and deterioration, especially the transportation and storage are very inconvenient and the cost is also high

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