Catalytic Oxidizer(CO)
It is an efficient and environmentally friendly equipment that utilizes catalysts to promote the oxidation and decomposition of pollutants in exhaust gas
Key words:
exhaust
oxidation
equipment
Classification:
Environmental Protection Industry
Product accessories:
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Catalytic Oxidizer(CO)
Graphic Details
It is an efficient and environmentally friendly equipment that utilizes catalysts to promote the oxidation and decomposition of pollutants in exhaust gas. Its core principle is to reduce the activation energy of organic compounds through catalysts, enabling oxidation reactions to occur at relatively low temperatures (usually between 280-400℃), converting pollutants such as VOCs into harmless CO₂ and H₂O.
Technical Characteristics
The CO oven offers advantages such as low operating temperatures, energy savings, and high removal efficiency.
It employs precious metal or non-precious metal catalysts, providing diverse selectivity to adapt to different exhaust gas compositions.
The equipment typically incorporates built-in or external heat exchangers to recover waste heat from high-temperature flue gases, preheating the exhaust gas to be treated and further reducing energy consumption.
Its modular design supports online catalyst replacement, reducing maintenance costs by approximately 40%. Additionally, it features built-in real-time monitoring and multiple protection systems to ensure safe and stable operation.
Application Areas
The CO oven is widely used in industries such as coking, steel, chemicals, automotive exhaust treatment, electronics, spraying, and printing. It is suitable for process exhaust gases with low air volumes and medium-to-high concentrations, particularly for enterprises with strict requirements on gas and electricity usage.
Precautions
The exhaust gas must not contain substances that can easily cause catalyst poisoning (such as sulfides), particulate matter, or substances that generate dust after oxidation, as these may lead to catalyst deactivation.
Summary
The CO oven achieves efficient purification through low-temperature catalytic oxidation, with a conversion rate exceeding 99% and meeting national emission standards. Compared to traditional combustion equipment, it saves up to 30% in energy. Its compact structure and diverse shapes can be customized according to spatial requirements. Additionally, its high degree of automation reduces operational intensity, making it one of the core equipment for industrial exhaust gas treatment.
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