TH32359A - Process for minimizing NOx build-up in flue gases. - Google Patents

Abstract

DC60 (04/08/40) Process for minimizing NOx assembly in flue gases. This invention involves a process for Treat the incinerator (position 1) for burning wood, materials such as fecal matter, waste and burnt coal. In the combustion section (position 2) of the furnace (position 1) and the result is that the flue gas (position 12) comes out of the free space (position 4) located above the combustion section. (Position 2) where the flue gas (position 12) is turbulent in the free space (position 4) and outside, resulting in increased turbulence in the combustion section (position 2). The benefit of this invention is that the NOx contained in flue gas can be further reduced by comparison. With a common brand in large industries that are burning The successful fecal residue was approximately 100 mg / m3. The process for ensuring minimal NOx composition was found in flue gases. This invention involves a process for Treat the incinerator (position 1) for burning wood, materials such as fecal matter, waste and burnt coal. In the combustion section (position 2) of the furnace (position 1) and the result is that the flue gas (position 12) comes out of the free space (position 4) located above the combustion section. (Position 2) where the flue gas (position 12) is turbulent in the free space (position 4) and outside, resulting in increased turbulence in the combustion section (position 2). The benefit of this invention is that the NOx contained in flue gas can be further reduced by comparison. With the common brand in large industries that are burning The fecal residue achieved is approximately 100 mg per cubic meter.

Claims (2)

1.Processes for treating the combustion furnace (position 1) for the burning of objects such as faecal residue, garbage or coal that are burned in the combustion section (position 2) of the furnace (position 1) and the results The resulting flue gas at position 12 passes from the vacant area (position 4) located above the combustion area (position 2). There is a turbulent movement in the free space (position 4) and externally, resulting in increased turbulence in the combustion area (position 2). 2. Process according to claim 1, in which the object is tagged: