Baffle assembly structure for producing fluid or flame whirls

Abstract

The present invention discloses a baffle assembly structure for producing fluid or flame whirls, which is applied to water-washing or chemical-washing washing towers or heat-resisting burning towers. The structure has a diversion area disposed at a position corresponding to an air inlet in the tower for providing a tangential acceleration for the gas entering into the washing tower or the whirl burning tower, and then the gas will enter into a whirl panel composed of the baffle assembly structure for producing whirls. With the water spray and sprinkle, a good whirling effect will be produced, or a good whirl burning effect is produced for the oil-gas ignition of the whirl burning tower. After different shaped baffles are intersected, arranged and disposed flatly to separate the tower body, the throttle baffle and the baffle produce a negative pressure effect for the gas, so as to improve the water solubility or concentrate the water remained in the washing tower for a chemical washing. With the water or flame whirls in the whirling baffles, the stability of whirls can be improved, and thus the solubility, reaction and filtering efficiency of the washing tower can be improved effectively, so as to enhance the complete combustion, the reaction and energy efficiency of the burning tower.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates to a baffle assembly structure, and more particularly to a baffle assembly structure that uses a special airflow diversion panel or baffle to produce a negative pressure effect for a gas and stably produce water whirls or flame whirls to effectively improve the solubility, reaction, and filtration (or efficiency of combustion), and the baffle assembly structure is applied to a washing tower that uses water or chemicals for washing or applied to a heat-resisting burning tower. [0003] 2. Description of the Related Art [0004] In general, the present baffles are used for controlling airflows, and the control of fluid whirls and gases is disclosed. The water flows, fluid whirls, or flame whirls usually adopt the use of baffles, but a special water whirl, fluid whirl or flame whirl has never been used for developing a whirl washing tower or a whirl burning tower. [0005] There are different tr...

AI Technical Summary

Benefits of technology

"The present invention provides a novel baffle assembly structure for producing fluid or flame whirls that can overcome the technical problem of the prior art. The baffle assembly structure can be used in washing towers or burning towers and can enhance the practicality and cost-effectiveness of the process. The baffle assembly structure includes various combinations of shaped baffles that are intersected, embedded, arranged, or kinked, and a partition can be added at the central position of the tower. The baffle assembly structure can be installed in traditional fillers / tubes of towers and can produce water whirls and flame whirls at the positions of the whirls. The bottom of the tower can have a water washing tank or combustion chamber for better solubility and combustion efficiency. Overall, the baffle assembly structure provides a more suitable and practical solution for producing fluid or flame whirls."

Problems solved by technology

Since factories generally come with a large area of land and involve high concentrated chemical gases and large airflows that may contain a large quantity of toxic gases, therefore the traditional washing structure not only has poor solubility, but also gets clogged easily.

Traditional washing structures are not applicable for factories having super large wind flow, or the traditional burning structure containing toxic gases with a large quantity of heat has poor combustion efficiency and also gets clogged easily, and such prior art also causes a secondary contamination and an unclean combustion, and thus the prior art is inapplicable for factories with a super large wind flow for combustions.

If the airflow is large, then the required quantity of fillers will be large, the volume of the tower will become large, the filter will require a slow reaction to improve efficiency, and the volume of invested equipments and the area of land will incur a very high cost.

Therefore, the effect of a traditional method of using fillers is obviously poor, and the solubility for water washing is approximately 60%, and the cost of using so many fillers for the heat resistance is very high and definitely not cost-effective.

If the airflow is large, the quantity of combustion chambers will become large, the volume of the tower will be large, the burning speed will become slow to improve the efficiency, and the volume of invested equipments as well as the area of land will incur a very high cost.

Therefore, the effect of a traditional method of using fillers is poor because the combustion efficiency is approximately 60%, and the cost of using so many equipments for the secondary pollution prevention and involving so many times of combustions is very high and definitely not cost-effective.

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