UV光解氧化+活性碳吸咐一体机

  UV光解技术:利用特制的激发光源产生一定纳米波长的光，对废气中的部分污染物质进行光解，从而达到降低废气中污染物质的目的。该技术能处理部分易分解和氧化的物质。吸附、浓缩技术:利用活性炭、分子筛、硅胶等拥有巨大比表面积的物质，对废气中的污染物质进行吸附、浓缩，对于有回收价值的废气，该方法有不可替代性。净化效率高，可以处理多组分恶臭气体。催化燃烧技术:达到一定燃烧值的废气或其他废气通过添加一定的燃剂，如柴油、汽油、天然气等，与污染物充分混合后，进行高温燃烧。适用于处理高浓度的可燃性气体。净化效率高，恶臭物质被彻底氧化分解。

UV Photolysis Oxidation + Activated Carbon Adsorption Integrated Unit

UV Photolysis Technology: This technology utilizes a specially designed excitation light source to generate light of a certain nanometer wavelength, which photolyzes some of the polluting substances in the exhaust gas, thereby reducing the concentration of these pollutants. It is effective in treating substances that are easily decomposable and oxidizable.

Adsorption and Concentration Technology: This method employs materials with a large specific surface area, such as activated carbon, molecular sieves, and silica gel, to adsorb and concentrate polluting substances from the exhaust gas. For exhaust gases with recovery value, this method is irreplaceable. It offers high pur