Biogas slurry enzymolysis fermentation tank capable of quantitatively adding enzymolysis agent

Abstract

The invention provides a biogas slurry enzymolysis fermentation tank capable of quantitatively adding an enzymolysis agent, and relates to the technical field of fermentation tanks, the biogas slurry enzymolysis fermentation tank is characterized in that a main body is a fermentation tank body, a supporting rod is arranged in the main body, a contact piece is arranged at the top end of the supporting rod, a pull groove is formed in the top end of the contact piece, the pull groove is of a T-shaped structure, and the upper part of the interior of the pull groove is of an inclined structure. During use, a motor controls a rotating part to rotate, a storage part rotates along with the rotating part, the bottom of a pull part can be automatically stressed to be inserted into a pull groove, the inner top end of the pull groove is of an inclined structure, the pull part is pulled downwards, a moving rod moves along with the pull part, a discharging groove can be exposed, and an enzymolysis agent can be discharged downwards; according to the biogas slurry enzymolysis fermentation tank, an enzymolysis agent can be uniformly scattered in the main body, manpower output is reduced, and the problems that the biogas slurry enzymolysis fermentation tank is easy to accumulate at a single position after the enzymolysis agent is added, manpower is needed for scattering, labor is wasted, and a structure for automatically controlling the discharging of the enzymolysis agent is lacked are solved.

Description

technical field [0001] The invention relates to the technical field of fermentation tanks, in particular to a biogas slurry enzymolysis fermentation tank capable of quantitatively adding an enzymatic hydrolysis agent. Background technique [0002] When the biogas slurry is fermented, it usually needs to be fermented in a fermentation tank. During the fermentation process, it is usually necessary to add an enzymatic hydrolysis agent to carry out enzymatic fermentation; [0003] However, as far as the current traditional biogas slurry enzymatic fermentation tank is concerned, the enzymatic agent is easy to accumulate in a single position after being added, and it requires manpower to spread, which is laborious. It lacks a structure for automatically controlling the discharge of the enzymatic agent. When the enzymatic agent is discharged , the dosage control is inconvenient to adjust, the quantitative addition cannot be performed, the discharge flow of the enzymolysis agent can...

AI Technical Summary

Problems solved by technology

[0003] However, as far as the current traditional biogas slurry enzymatic fermentation tank is concerned, the enzymatic agent is easy to accumulate in a single position after being added, and it requires manpower to spread, which is laborious. It lacks a structure for automatically controlling the discharge of the enzymatic agent. When the enzymatic agent is discharged , the amount control is inconvenient to adjust, quantitative addition is impossible, and the discharge flow of the enzymolysis agent cannot be controlled. The fermentation tank lacks a structure to assist in improving fermentation efficiency, and it is impossible to conveniently add a structure to promote fermentation according to the needs of use.

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