High-temperature sterilization treatment system for pharmaceutical wastewater

Abstract

The invention belongs to the field of pharmaceutical wastewater treatment, and relates to a pharmaceutical wastewater high-temperature sterilization treatment system which comprises a mounting base, a precipitate storage box is fixedly arranged above the mounting base, a heating box is fixedly arranged at the upper end of the precipitate storage box, a waste gas storage box is fixedly arranged at the upper end of the heating box, and a wastewater input port is formed in one side of the heating box. A steam input box is fixedly arranged on one side in the sediment storage box, a steam input port is formed in one side of the steam input box, an output switch is slidably arranged in an outlet of the heating box, and an output pipe is externally connected to the output switch. According to the pharmaceutical wastewater treatment device, the pharmaceutical wastewater can be subjected to split-flow sterilization treatment, and meanwhile particulate matters generated after sterilization are filtered and collected.

Description

technical field [0001] The invention belongs to the field of pharmaceutical wastewater treatment, in particular to a high-temperature sterilization treatment system for pharmaceutical wastewater Background technique [0002] Biomedical technology is a comprehensive technology based on modern life science theory, using organisms and their components, through genetic engineering, cell engineering, fermentation engineering, enzyme engineering and other biotechnological means to develop and produce pharmaceutical products. Due to the fact that the traditional research and development of new chemical drugs is facing the situation of increasing difficulty, rising cost, continuous extension of the cycle, and decreasing success rate. Gradually pay attention to the field of biotechnology, so that the biomedical industry has made great progress. In the production of some biological products with high pollution risks, such as BCG vaccines, influenza vaccines, rabies vaccines, etc., som...

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Problems solved by technology

[0004] 1. There are toxic strains in the field of biopharmaceutical wastewater. Regarding the treatment of wastewater containing live bacteria / live poison in biopharmaceutical production, there are generally two methods in engineering: chemical method and physical method. The chemical method is through the microbial Protein molecules are destroyed to eliminate their biological activity, but this method has limitations and cannot degrade all microorganisms. Physical methods can denature most microbial protein molecules through high temperature, thereby eliminating their activity, but high-temperature steam is discharged after sterilization steam may still carry some bacteria that were not sufficiently inactivated

[0005] 2. Since the heating container is not pure water, the temperature between the liquids is not uniform during heating, and it is impossible to know whether all the liquids have reached the sterilization temperature

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