Oily fume, dust and odor removal machine

Abstract

The invention provides an oily fume, dust and odor removal machine. The oily fume, dust and odor removal machine utilizes an aerodynamic principle to generate kinetic energy. The treatment mechanism acts under the liquid level in the whole process and is free of a power device. The oily fume, dust and odor removal machine comprises a bearing groove, an exhaust gas guiding pipe, an impact guiding portion and a gas-liquid impinging mixing device. In use of the oily fume, dust and odor removal machine, exhaust gas is injected into the bearing groove through the exhaust gas guiding pipe, the impact guiding portion mixes exhaust gas and a liquid, the mixture is guided into the gas-liquid impinging mixing device along the forward direction so that the gas and the liquid are re-mixed and then themixed gas is impacted along a longitudinal direction at the third time and thus the dust, oil and odor of the mixed gas are separated from the liquid and the gas is converted into purified gas, and the purified gas is discharged. Through liquid-gas mixing and separation filtration, the gas discharged through the oily fume, dust and odor removal machine has low oily fume and dust content and smallodor, does not pollute the environment and maintains air quality.

Description

Technical field: [0001] The present invention relates to a machine for separating oil fume, dust and peculiar smell by utilizing the principle of aerodynamics, in particular to a kind of filter technology that uses diversion, liquid solution, impact, and forced liquid gas mixing. Oil fume, dust, peculiar smell and dirt and other impurities are separated and filtered from the gas. The oil fume dust odor separator. Background technique: [0002] Industrial development has brought a lot of convenience and improved life to human beings. However, during the manufacturing process of industrial products, many tasks will generate dust, smoke, and oil mist, such as mixing powdery materials, mechanical operations, lathes, grinders, milling machines, and planers. , Gas cutting, laser cutting... processing or finishing machines and object rust removal... will produce oil mist and smoke gas, causing the operator and nearby personnel to inhale dust and oil mist, causing permanent damage t...

AI Technical Summary

Problems solved by technology

[0006] However, the above oil fume exhaust gas filtering device 500 has at least the following deficiencies: 1. The oil fume exhaust gas filtering device 500 is designed with multiple water pipe bends, so that the pressure loss of the water column after pressurization is too large

2. Oily fume, dust, peculiar smell, and exhaust gas need to be treated cleanly and require multi-level water treatment, which requires a lot of water pipe joints to connect. The space required for more materials is also large, and the cost is also high.

3. The nozzle of pressurized water column cannot be concentrated, and it is difficult to concentrate the treated water in the oil fume and dust passageway, because the oil fume passes through quickly and briefly, it is not easy to clean up, and it is inefficient

4. The oil fume and exhaust gas filtering device 500 takes up space and is bulky and cannot be reduced

5. The oil fume exhaust gas filter device 500 assembly machine is labor-intensive, time-consuming and laborious

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