Medicinal-residue fermentation bacterial group and medicinal-residue fermentation technology

Abstract

The invention relates to a medicinal-residue fermentation bacterial group and a medicinal-residue fermentation technology. The medicinal-residue fermentation bacterial group is prepared from the following bacterial strains in parts by weight: 25-35 parts of bacillus subtilis, 20-25 parts of clostridium acetobutylicum, 15-20 parts of lactobacillus, 10-15 parts of nematspora gossypii, 5-10 parts of micromonospora echinospora, 3-8 parts of white rot fungus and 1-2 parts of pichia pastoris. A solid fermentation manner is employed for preparing protein feed from traditional Chinese medicine residue, so that environment pollution caused by traditional Chinese residue is avoided, and traditional Chinese residue becomes a new resource of protein feed, and wastes are changed into valuables. Also, through multiple-test research on the technology, the fermentation technology has the advantages of simple and practicable preparation technology, obvious effect and high practicability.

Description

technical field [0001] The patent of the invention relates to a medicinal dregs fermentation bacteria group and a medicinal dregs fermentation process, belonging to the technical field of recovery and utilization of traditional Chinese medicinal dregs. Background technique [0002] In the field of medicine, the discharge and treatment of the dregs after the extraction of traditional Chinese medicine is a thorny issue for various enterprises. The high humidity, high pollution, cross-flow of sewage, and mottled mold stains in the slag discharge room of Chinese medicine enterprises, every Chinese medicine production enterprise has to discharge a large amount every day. If these medicinal residues are simply piled up outside, they will accumulate over time and pile up like a mountain, and gradually they will ferment and rot, smell bad, pollute the environment, and cause harm to the production and life of the surrounding people. Mainly landfill or incineration, etc. The ac...

AI Technical Summary

Problems solved by technology

[0002] In the field of medicine, the discharge and treatment of the dregs after the extraction of traditional Chinese medicine is a thorny issue for various enterprises. The high humidity, high pollution, cross-flow of sewage, and mottled mold stains in the slag discharge room of Chinese medicine enterprises, every Chinese medicine production enterprise has to discharge a large amount every day. If these medicinal residues are simply piled up outside, they will accumulate over time and pile up like a mountain, and gradually they will ferment and rot, smell bad, pollute the environment, and cause harm to the production and life of the surrounding people. Mainly landfill or incineration, etc. The accumulation and landfill of medicinal residues will have a certain impact on the environment and cause waste of resources. In order to meet the development trend of green environmental protection and clean production, through the reuse of traditional Chinese medicine residues, not only It saves a lot of sewage charges, and it can be used as fuel and used to produce edible fungi, organic fertilizers and even animal health feeds, turning waste into treasure

[0003] Traditional Chinese medicine dregs contain a large amount of crude fiber, protein, crude fat, and various trace elements. In recent years, the reutilization of traditional Chinese medicine dregs involves the following aspects: extracting other active ingredients, cultivating edible fungi, and using them as feed or fodder Additives, made into organic fertilizers, treated wastewater, used as biomass energy, used as raw materials for papermaking, used in fermentation production, etc., but the method of classifying and extracting traditional Chinese medicine dregs, decomposing and fermenting them into organic fertilizers, but the types of bacteria used are not perfect , cannot fully decompose and utilize the organic matter in the dregs of traditional Chinese medicine, and cannot be fully absorbed by plants