Detoxifying VOCs! Eliminating odor generation and contributing to effective energy utilization.
The "VOC catalytic deodorization device" contributes to VOC countermeasures in response to VOC emission control regulations, reduces equipment costs and running costs, and enables more efficient VOC treatment. It oxidizes and decomposes VOCs (volatile organic compounds) generated from manufacturing lines in industries such as chemicals, food, pharmaceuticals, and printing into CO2 and H2O, eliminating odor generation. By using a catalyst, the oxidation and decomposition temperature can be maintained between 150 and 350°C, significantly reducing energy consumption compared to direct combustion methods. Additionally, by using an economizer (heat exchanger), heat recovery is possible, allowing for further energy recovery. 【Features】 - Operating at low temperatures (150-350°C) for contact oxidation results in lower running costs compared to direct combustion methods. - The device is more compact compared to other methods. - The catalyst can be cleaned and regenerated. *For more details, please download the PDF or feel free to contact us.
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【Specifications】 ■Inlet: (Styrene) 250ppm ■Outlet: (Styrene) 3ppm ■Removal rate: 98.8% *For more details, please download the PDF or feel free to contact us.
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Rich experience and achievements Since its establishment in 1938, we have consistently aimed to develop products that meet the needs of the times, continuously working on the development of new technologies and new products. Among these, our alcohol distillation technology has achieved remarkable growth and development as a pioneer in the domestic industry, building trust and a solid track record. Today, the experience and technical expertise cultivated through this history are being utilized across a wide range of fields, including chemicals, food, pharmaceuticals, industrial machinery, and new energy. Moving forward, we will actively pursue technological innovation for a new era while also enthusiastically tackling the development of new fields, aiming for even greater leaps forward.