Fermentation conversion reaction equipment for bioethanol bacterial liquid of microbial fuel

Abstract

The invention discloses fermentation conversion reaction equipment for bioethanol bacterial liquid of microbial fuel. The equipment structurally comprises a top ventilation cylinder, a bacterial liquid tray rack tank cabinet, a feeding funnel tank, a piston pump pipe, a motor, a bacterial liquid observation window and a liquid discharging bottom pipe. According to the invention, the top ventilation cylinder cooperates with the bacteria liquid tray rack groove cabinet; the bioethanol is independently isolated and cultured and is ventilated and aerobically propagated through a ventilated fermentation tank; then a centrifugal vibration culture dish rack is formed to guide mature ethanol microorganisms through an inclined pouring gate block to output adaptive microbial biomass fuel to achievea biogas internal combustion processing effect; the fermentation conversion reaction in the equipment forms aerobic biological breeding; a rotary rack matches a liquid collecting rubber head pipe of chassis bottom plate to enable the bacterial liquid to be collected drop by drop, so that the bacterial liquid can be conveniently pumped by a pipeline in the later period to form an effect of lubricating and guiding bioethanol to enter continuous supply for holding internal combustion, the high efficiency of an equipment ventilation fermentation biological cultivation technology is guaranteed; andthe interference degree on fermentation conversion is low, and the equipment working process and quality are improved.

Description

technical field [0001] The invention relates to a fermentation conversion reaction equipment for microbial biomass fuel bioethanol bacterial liquid, belonging to the field of ventilation fermentation equipment. Background technique [0002] The ventilation and fermentation operation is a common conversion process for combining aerobic microbial dyes and bioethanol for internal combustion of biogas production, which is convenient for the processing of the internal environment of the fermentation conversion reaction, and continuously ensures ventilation, which is convenient for maintaining the degree of biological activity, so as to coordinate in real time. The equipment is continuously supplied with fuel, and the shortcomings of the current technology to be optimized are as follows: [0003] Microbial biomass fuel is commonly used to form bioethanol to form methane substances combined with biogas for mixed combustion operation, which is convenient for the continuous supply an...

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Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a fermentation conversion reaction equipment for bioethanol bacterial liquid of microbial biomass fuel, so as to solve the problem of the mixed combustion operation of bioethanol commonly used in microbial biomass fuel and the methane substance of methane, which is convenient for internal use. The effect of continuous supply and consumption of heat energy, but the bacterial liquid produced by bioethanol is also a substance that continuously cooperates with fermentation conversion, but the bacterial liquid will be absorbed when mixed with other biomass, resulting in large consumption of bacterial liquid and small production volume, resulting in The sluggish phenomenon of fermentation conversion reaction, which is in short supply, affects the discontinuity of microbial biomass dyes, resulting in low precipitation rate of bacterial liquid during ventilation and fermentation, and serious interference of internal materials, resulting in low adaptability of bioethanol bacterial liquid, resulting in microbial fuel The fermentative conversion reaction is hindered by internal operational problems

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