Gasification component

Abstract

The invention discloses a gasification component. The gasification component comprises a shell, a heating unit and an atomizing nozzle, wherein fins which are spirally distributed are arranged on thesurface of the heating unit, a continuous spiral area is arranged on the surface of the heating unit through the fins in a separating mode, the spraying direction of the atomizing nozzle is the same as the rotating direction of the spiral fins, and the atomizing nozzle faces the spiral area on the surface of the heating unit. High-pressure air and atomized hydrogen peroxide in the gasification component are mixed and then placed in a spiral area of an airflow flowing path, so that stable and ordered airflow flowing conditions are obtained, the liquefaction problem is thoroughly avoided, and the gasification efficiency is greatly improved due to the influence.

Description

technical field [0001] The invention relates to a gasification component. Background technique [0002] In the field of aseptic filling technology, it is necessary to sterilize the inner wall of the container with gasified hydrogen peroxide. Hydrogen peroxide is input into the container when it is heated to form gas, and the strong oxidation characteristics of hydrogen peroxide are used to force the protein of bacteria to mutate, and finally achieve the bactericidal effect. Hydrogen peroxide is in a liquid state in its natural state, but it needs to be in a gaseous state in use. The process of changing from a liquid state to a gaseous state requires heating of hydrogen peroxide, and atomization of hydrogen peroxide is required before heating the hydrogen peroxide. Atomize the hydrogen peroxide to form small liquid droplets, which have a large surface area and are easy to evaporate and gasify when heated, and the atomized hydrogen peroxide is easy to flow with the airflow. ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, there is a problem of poor atomization effect of hydrogen peroxide inside the gasification components

After the atomized hydrogen peroxide nozzle directly sprays the atomized hydrogen peroxide, the atomized hydrogen peroxide will condense and form large droplets before entering the fins. Although the atomized hydrogen peroxide enters the area between the fins and is heated, the The condensation phenomenon will gradually become serious, causing liquid hydrogen peroxide to accumulate more and more, and finally flow into the area between the fins, which seriously hinders the gasification process, and the function of the gasification component to output gasified hydrogen peroxide is hindered

The reason for the poor atomization effect is that the airflow path and the area between the fins cannot be connected. The atomized hydrogen peroxide flows in an orderly manner with the high-pressure air, but after being blocked, the airflow is disordered, and the disordered disturbance iteration completely destroys the original The orderliness of the air flow, the small droplets of atomized hydrogen peroxide form large droplets after disorderly collision, and this liquefaction problem exists at the position where the airflow enters the fin

Images