Fermentation equipment

Abstract

The invention provides fermentation equipment, which is characterized in that two accommodating grooves with openings are stacked, each accommodating groove is internally provided with a stirring assembly with a plurality of acting sheets, and the two openings are not aligned, so that when a power device actuates the plurality of acting sheets of the two stirring assemblies, each batch of materials can move from the opening of the upper-layer accommodating groove to the lower-layer accommodating groove to be stirred, so that each batch of materials can be uniformly decomposed.

Description

technical field [0001] The invention relates to a fermenting equipment, in particular to a fermenting equipment which performs a decomposition process in a layered manner. Background technique [0002] At present, organic materials, such as agricultural, livestock, fishery and other food or kitchen waste, can be returned to nature after proper treatment, or recycled as precious organic nutrients in the soil. If the organic material is to be used as fertilizer, it usually needs to go through a period of decomposition process before the organic material can be decomposed and become fertilizer. In order to decompose the organic material evenly, it is necessary to continuously turn over the pile during the decomposition process so that the decomposition process of the organic material can be successfully completed, so the organic material is usually placed in the fermentation space for decomposition. [0003] In the early days, a long trench was dug on the ground as a fermentat...

AI Technical Summary

Problems solved by technology

[0005] However, in the existing fermenter 9, the stirrer 90 can only rotate at the bottom of the fermenter 9 to stir the organic material, so that the organic material in each area cannot be evenly decomposed in the existing fermenter 9, for example, near the The area of ​​the agitator 90 (such as the bottom area of ​​the bucket) has a faster decomposition time course, and the area far away from the agitator 90 (such as the top area of ​​the bucket) has a slower decomposition time course, so it is necessary to wait for the materials in the top area of ​​the bucket to decompose slowly, resulting in It is difficult to shorten the time course of the fermentation operation of a single fermenter 9

[0006] In addition, the rotation speed of the agitator 90 will also affect the decomposition time course

If the rotating speed of this agitator 90 is too slow, then heat energy distribution is uneven, for example heat energy can be concentrated in this bucket bottom area, makes the decomposition time course of bucket bottom area be faster than the decomposition time course of this bucket top area; If this agitator 90 If the rotation speed is too fast, the heat energy will be dissipated quickly, causing the temperature in the barrel to be too low, resulting in the death of microorganisms

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