Products
Regenerative Catalytic Oxidizer
Our Regenerative Catalytic Oxidizer (RCO) is a high-efficiency, energy-saving VOCs treatment system ideal for medium-to-large airflow and low-to-medium concentration waste gas.Under the action of precious metal catalysts, VOCs are oxidized and decomposed into harmless CO₂ and H₂O at a lower temperature (250–400°C), with a purification efficiency of ≥99%.
Combining high-efficiency ceramic regenerative heat recovery and low-temperature catalytic oxidation, the system features extremely low energy consumption, stable operation, and high safety. It effectively avoids high energy costs and NOₓ generation common in high-temperature thermal oxidation, helping enterprises achieve stable compliance with global environmental emission standards with lower operating costs.
Product Description
Our Regenerative Catalytic Oxidizer (RCO) is a high-efficiency, energy-saving VOCs treatment system ideal for medium-to-large airflow and low-to-medium concentration waste gas.Under the action of precious metal catalysts, VOCs are oxidized and decomposed into harmless CO₂ and H₂O at a lower temperature (250–400°C), with a purification efficiency of ≥99%.
Combining high-efficiency ceramic regenerative heat recovery and low-temperature catalytic oxidation, the system features extremely low energy consumption, stable operation, and high safety. It effectively avoids high energy costs and NOₓ generation common in high-temperature thermal oxidation, helping enterprises achieve stable compliance with global environmental emission standards with lower operating costs.
Combining high-efficiency ceramic regenerative heat recovery and low-temperature catalytic oxidation, the system features extremely low energy consumption, stable operation, and high safety. It effectively avoids high energy costs and NOₓ generation common in high-temperature thermal oxidation, helping enterprises achieve stable compliance with global environmental emission standards with lower operating costs.
Product Feature
Key Advantages
• Low reaction temperature, remarkable energy saving, low fuel consumption
• High purification efficiency up to 99%+, stable discharge compliance
• Flameless catalytic reaction, high safety, low risk of deflagration
• High heat recovery efficiency, low operating cost
• Compact structure, small footprint, easy installation
• Wide adaptability to various low-concentration VOCs gases
• No secondary pollution, environmentally friendly
• Low wear, long service life of catalyst and media
• Intelligent PLC control, 24/7 automatic operation
Typical Applications
Widely applied in printing, packaging, coating, electronics, lithium battery, pharmaceutical, plastic, furniture, and chemical industries for continuous organic waste gas treatment.
• Low reaction temperature, remarkable energy saving, low fuel consumption
• High purification efficiency up to 99%+, stable discharge compliance
• Flameless catalytic reaction, high safety, low risk of deflagration
• High heat recovery efficiency, low operating cost
• Compact structure, small footprint, easy installation
• Wide adaptability to various low-concentration VOCs gases
• No secondary pollution, environmentally friendly
• Low wear, long service life of catalyst and media
• Intelligent PLC control, 24/7 automatic operation
Typical Applications
Widely applied in printing, packaging, coating, electronics, lithium battery, pharmaceutical, plastic, furniture, and chemical industries for continuous organic waste gas treatment.
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