Oxygen-deficient carbonization, harmless treatment and resource utilization process for biopharmaceutical residues

Abstract

The invention provides an oxygen-deficient carbonization, harmless treatment and resource utilization process for biopharmaceutical residues and relates to the field of biopharmaceutical residues. Theoxygen-deficient carbonization, harmless treatment and resource utilization process for biopharmaceutical residues comprises a pre-processing system, a heat treatment system, a conveying system, a rotary kiln and a purification treatment system; the pre-processing system consists of a preliminary drying device, a crushing device and a pressing device; the heat treatment system consists of a degassing chamber and a secondary combustion chamber; and the purification treatment system consists of a deodorization chamber, a desulfurization chamber, a deacidification chamber and a dust removal chamber. Through a reasonable treatment process, the treatment process can effectively realize more complete combustion decomposition when processing the biopharmaceutical residues, realizes classification work, effectively guarantees complete combustion when the residues are processed, further improves the work efficiency substantially, achieves higher efficiency in a gas treatment process, and can effectively reduce the emission of harmful gases.

Description

technical field [0001] The invention relates to the technical field of biopharmaceutical residue treatment, in particular to a resource utilization process for biopharmaceutical residue harmless treatment by anoxic carbonization. Background technique [0002] With the continuous progress and development of society, the quality of human life has been greatly improved, and the level of medical care is also constantly improving, providing a huge guarantee for human health. The continuous improvement of medical level naturally promotes the development of the pharmaceutical industry. Development, in the process of development of the pharmaceutical industry, the generation of biopharmaceutical residues is indispensable, and the accumulation of biopharmaceutical residues continues to increase. [0003] Currently, the treatment methods commonly used in the treatment process of biological residues include comprehensive utilization method, incineration method and soil filling method, ...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a biopharmaceutical residue oxygen-deficient carbonization harmless treatment and resource utilization process, which solves the problem that the traditional incineration process easily produces a large amount of harmful emissions during the process, and the processing The efficiency in the process is low, and the problem of effectively treating biological residues cannot be achieved