Technology for biochemical treatment and fertilizer use of tobacco invalidism body

Abstract

The invention relates to a technology for biochemical treatment and fertilizer use of a tobacco invalidism body. The technology realizes availability of the tobacco through a microbial decomposition and fermentation method, and realizes recycling and fertilizer use of the tobacco invalidism body through steps of pretreatment, sterilization, degradation of nicotine tar, fermentation and postripeness. According to the technology, the problem of recycling the tobacco invalidism body is solved, high quality active organic fertilizer can be produced rapidly, and the contamination problem caused by the tobacco invalidism body in production of tobacco is completely solved.

Description

technical field [0001] The invention relates to organic waste treatment, in particular to a treatment technology for rapid biochemical treatment and fertilization utilization of tobacco diseased residues. Background technique [0002] In the tobacco production process, due to optimized production, only the high-quality tobacco leaves in the middle are utilized, which results in a large amount of waste tobacco leaves, tobacco residues, and tobacco stem residues. Common methods of dealing with these tobacco production wastes are incineration, landfill and heap decay. However, these methods themselves have certain defects: because tobacco residues contain a large amount of harmful substances such as pathogenic substances, nicotine, and tobacco tar, these harmful substances will be converted into air and soil pollution sources by the above-mentioned methods, causing cross-infection of diseases and insect pests, seriously affecting Tobacco leaf production base is the living envi...

AI Technical Summary

Problems solved by technology

However, these methods themselves have certain defects: because tobacco residues contain a large amount of harmful substances such as pathogenic substances, nicotine, and tobacco tar, these harmful substances will be converted into air and soil pollution sources by the above-mentioned methods, causing cross-infection of diseases and insect pests, seriously affecting The living environment of people, animals and plants in the tobacco leaf production base

At present, no technology has been found to report the recovery, biochemical treatment and fertilizer utilization of tobacco diseased residues