Abstract: In one embodiment, a baffle assembly is mounted in a washing tower including an inlet, an outlet, a water pump, a blower, and a water tank and includes lower first baffles of U arranged horizontally or in cascade; and higher second baffles of U arranged horizontally or in cascade. The first and second baffles are further arranged in alternating fashion in opposing directions and the first baffles are offset with respect to the second baffles so that incoming water passes a gap between any two adjacent first baffles and leaves through a gap between any two adjacent second baffles by establishing twin cyclones inside space of the first and second baffles. The twin cyclones can increase holdup time of water in the tower and thus increase washing efficiency. The invention also applies to a burning tower by disposing baffle assemblies in at least of one layer fashion.

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.