In the production process of oxidation equipment, the generation of exhaust gases is inevitable, especially in processes such as anodizing, micro-arc oxidation, and hard anodizing, where harmful gases like acid mist, hydrogen, and volatile organic compounds (VOCs) may be emitted. To minimize environmental impact, exhaust gas treatment equipment plays a crucial role in oxidation systems. This article will explore several exhaust gas treatment technologies related to oxidation equipment.

First, wet scrubbers are commonly used to handle acid mist emissions in oxidation equipment. They work by spraying neutralizing liquids to absorb and neutralize acidic gases, such as sulfuric acid and hydrofluoric acid. Wet scrubbers effectively reduce acid mist emissions, improving air quality around the plant and ensuring compliance with environmental regulations.

Additionally, activated carbon adsorption units are often employed to treat VOCs generated during oxidation processes, particularly in coating or dyeing operations, where organic solvent emissions may occur. These systems use activated carbon's high adsorption capacity to capture and remove pollutants, ensuring that the air released from the workshop meets environmental standards.

For the hydrogen emissions produced during micro-arc oxidation, combustion exhaust gas treatment systems offer an effective solution. These systems use high-temperature combustion to convert hydrogen into water vapor, mitigating the risk of explosion and ensuring that exhaust emissions meet safety requirements.

As environmental regulations become increasingly stringent, upgrading exhaust gas treatment technology in oxidation equipment has become a key industry focus. In the future, smart, energy-efficient exhaust gas treatment systems will be the trend, helping companies not only reduce emissions but also optimize energy consumption in the production process, supporting the achievement of industrial environmental protection goals.