Composition of baffle for generating vortex liquid state flow or vortex l combustive flow

Abstract

A combined baffle plate structure for generating vortex liquid flow or vortex combustion flow in the washing tower or combustion tower is disclosed. A guide region is arranged at the gas inlet in tower body for making the incoming gas to generate tangent acceleration. The gas is then flowing in the vortex plate region formed by said combined baffle plate structure to generate vortex flow while the water or oil is sprayed for higher vortex effect.

Description

technical field [0001] The present invention relates to a combination structure of baffle plates, in particular to a kind of special deflector plate and baffle plate to make gas produce negative pressure effect, form water vortex or combustion vortex stably and not easy to disperse, and can effectively promote dissolution, reaction and filtration (or combustion efficiency) the combined structure of the baffle plate that produces the vortex liquid flow or the vortex combustion flow, which is used in the washing tower of water washing or medicine washing or the high temperature resistant combustion tower. Background technique [0002] The baffles in the prior art are all used to control the airflow, and the control of the vortex flow is only used to control the gas. There are baffles in the vortex water flow, vortex liquid flow or vortex combustion flow, and there is no use of this special The vortex washing tower or the vortex combustion tower developed by the vortex water fl...

AI Technical Summary

Problems solved by technology

Therefore, the effect of using traditional filling materials is not obvious, and the efficiency of washing and dissolving is about 60%. When the filling materials need to withstand high temperatures, the quantity is too large and the cost is very high, which cannot achieve economical practicability.

[0005] Another example is the combustion tower used in large-scale factories in the prior art. Its principle is to use the combustion chamber and spray it to burn the air and oil in the pipe (water wall pipe), and then turn the hot water burned in the pipe into steam for use. , when the air volume is large, the required number of combustion chambers is large, the tower body must be enlarged, and the combustion speed needs to respond slowly to improve efficiency. The volume of investment equipment and land costs are very large, so the effect of using traditional combustion chambers is not obvious , because the combustion efficiency is about 60%, the secondary pollution prevention and control equipment required for combustion, the number of combustion is large, and the cost is very high, which cannot achieve economical efficiency.

[0006] It can be seen that the defects in the existing scrubber and combustion tower need to be further improved urgently

Images